環境資源報告成果查詢系統

環境背景觀測站之多功能規劃先期評析及選址專案工作計畫

中文摘要 環境背景測站具備區域性氣候監測之功能,必須位於不受地區性空氣汙染影響處,因此常設置於人煙稀少或環境較為敏感處,但又必須具備監測、訓練人員及儀器設備方便進出之特性,本計畫為背景監測站選址及多功能之先期評估計畫,目的為建置台灣背景測站之選址機制,以及設立之架構性的評估準則,以供後續監測站設立之依循,計畫之主要目標包括:1) 環境背景測站多功能使用之規劃及評析;2) 協助行政院環境保護署進行北、中、南三個環境背景測站選址及先期評估;3) 提出環境背景測站基本設計原則。由於測站之場址多鄰近於環境敏感區域,計畫提出綠建築等環境永續之設計手法,以減少測站設立對環境造成之干擾。
中文關鍵字 環境背景監測站,選址,多功能目標,綠建築,永續設計

基本資訊

專案計畫編號 EPA-98-FA11-03-A217 經費年度 098 計畫經費 800 千元
專案開始日期 2009/09/08 專案結束日期 2010/04/30 專案主持人 陸曉筠
主辦單位 監資處 承辦人 江偉立 執行單位 中山大學

成果下載

類型 檔名 檔案大小 說明
期末報告 環境背景測站之多功能規劃先期評析及選址_成果報告.pdf 25MB

The Primary Study of Multiple Functions and Site Selection for Atmospheric Background Station

英文摘要 Environmental observation stations provide a critical function for monitoring regional atmospheric conditions. These stations are usually located in rural areas or sites with more environmental sensitivity because they should be clear from air pollution in the surrounding region. On the other hand, accessibility for researchers and workers who regularly maintain the equipment is another criterion for site location. This research is a primary study to set up a mechanism for selecting sites for observation stations and provide evaluation criteria and framework for future observation stations built in Taiwan. The objectives for this project include the following: 1) planning and assessing the multiple functions of environmental observation stations; 2) assisting the Environmental Protection Administration (EPA) in Taiwan to select three suitable sites for environmental observation stations in northern, central, and southern Taiwan, respectively; and 3) generating a set of design principles for environmental observation stations. Since site locations for observation stations are predominately close to environmentally sensitive areas, this project introduces an environmentally sustainable design approach to reduce the impact caused by constructing observation stations.
英文關鍵字 Atmospheric Background Station, Site Selection, Multi-functional Objectives, Green Building, Sustainable Design