環境資源報告成果查詢系統

台灣陸生圈最佳碳量評估、管理策略及監測計畫

中文摘要 地球的暖化現象在逐漸受到全球的重視以後,「京都議定書」終於在2005年二月十六日起正式生效,落實溫室氣體減量,特別是在二氧化碳,從此成為世界各國努力達成的目標。而陸地生物圈由於是地球碳循環系統中重要的一環,又具有吸收大量二氧化碳的潛能,因此如何能透過「土地使用、土地使用改變與森林」(LULUCF)層面對陸生圈碳量及碳匯的經營管理就特別受各國重視,而其中良好的碳帳制度與碳匯管理體系可以藉由鼓勵造林、再造林以及都市綠地等的方式來進行。本計畫案即在介紹探討IPCC對碳量及碳匯統計上的專業要求,參考國外在土地使用及森林政策上加大碳儲存量的作法,研究台灣應該如何建立符合IPCC要求的國家碳帳調查統計準則與監測制度,並且評估環保署近年來所設置的空氣品質淨化區對增加碳儲量的之效益,進而研擬適合台灣國情的各類土地使用在專業碳匯操作上最佳的經營管理方案、碳量策略以及落實機制。此外為集思廣益,本計畫案亦邀集國內相關部會及學者專家召開碳量儲存管理研討會乙場,並提供資源整合平台,建立政策推動的共識與機制。
中文關鍵字 碳匯,土地使用改變,植物含碳量,綠地,,,,

基本資訊

專案計畫編號 EPA-93-FA14-03-129 經費年度 093 計畫經費 5200 千元
專案開始日期 2004/07/08 專案結束日期 2005/07/31 專案主持人 曹正
主辦單位 空保處 承辦人 執行單位 財團法人台灣發展研究院

成果下載

類型 檔名 檔案大小 說明
期末報告 0000094278.pdf 27MB [期末報告]公開完整版

The Optimum Carbon Accounting、 Management and Monitoring Strategies for Taiwan s Biosphere

英文摘要 The global warming has drawn the world’s attention to the serious over-emission of greenhouse gases, and such awareness has finally pushed the Kyoto Protocol come into effect on February 16, 2005. To implement the practical emission reduction of greenhouse gases, particularly on CO2, the world has made commitment to CO2 reduction and has worked hard to achieve the target. The terrestrial biosphere, not only plays an important role in the carbon cycle on earth but also has great potential in absorbing large amount of CO2. Therefore, international efforts emphasize a lot on forests management regarding carbon stock and carbon sequestration through various co-effective approaches from “Land Use, Land Use Change and Forestry (LULUCF)” aspects. With reasonably scientific and quantifying carbon accounting and carbon management systems, the carbon uptake enhancement can be implemented through appropriate afforestation, reforestation and urban forestry practices. This project therefore focuses on the following perspectives: introducing IPCC requirements and methodology of national carbon accounting; case study on approaches to enhance carbon stock on LULUCF from international experiences; how Taiwan can establish national carbon accounting and monitoring systems based on IPCC standards; evaluating the benefits of carbon sequestration enhancement in Aquapu areas by EPA in recent years; and also drafted the optimum management through various land use practices, national carbon strategy and implementation mechanism particularly appropriate for Taiwan. In addition, the project also held the “Terrestrial Biosphere Carbon Sequestration and Management Seminar” inviting related government departments and scholars for consensus on potential information exchange platform and policy implementation.
英文關鍵字 Carbon Sink,Land Use Chang,Vegetable Carbon Content,Green Space