2018-01-012024-05-17https://scholars.lib.ntu.edu.tw/handle/123456789/684871摘要：臺灣農地遭受人為污染事件層出不窮，由於作物受到污染過程主要源自農業灌溉用水水源、土壤累積作用、作物吸收與代謝能力等關鍵因素影響，且國內現行各類監測管制標準尚未完全考量生物有效性與污染傳輸機制，此外，國內政府單位對於休耕、 停耕、限耕等措施之認定標準與管理補償機制不同。因此，本計畫首先針對農業水體常面臨之重金屬污染威脅議題，彙整國內外污染物在環境介質之轉換機制、環境監測方案、管制標準競合等研究成果，並藉由試驗與資料分析，檢討水體、土壤及底泥現行管制標準之合理性，建立本土化農業環境安全聯合監測之最佳方案，此外，針對國內外農地污染補償機制進行資料蒐整並與相關單位研商，提出建議的補償機制方案。<br> Abstract: Human-related pollution on paddy field is frequently found these days. Pollution of agricultural products is mainly caused by factors such as contaminant transport by irrigation water, the accumulation in soil, absorption by plants and its metabolic ability. The bio-effectiveness and transformation mechanisms of crops are not comprehensively considered during the establishment of ambient environmental monitoring standards. Also the government has different determination criteria and subsidy policies on fallow lands, suspended lands, and restricted lands. Hence, this project compiles information of the major heavy metal pollution issues that threaten the agricultural water resource such as transformation of the contaminants in the environment, environmental monitoring and regulatory standards. In addition, we will review the regulatory standards of water bodies, soil and sediment by suitability experimental and analytical methods. We will also evaluate the feasibility of incorporating bio-effectiveness and risk assessment in the review process of the regulatory standards in order to establish an optimal solution for localized agricultural and environmental co-surveillance. In addition, this project will compile data related to the subsidy on contaminated farm lands and consult with different relevant departments, finally, propose a suggestive subsidy on contaminated farmlands.農地污染監測管制標準重金屬pollution on paddy fieldenvironmental monitoring standardsheavy metal