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Scoping in EIA using Rapid Impact Assessment Matrix - A case study

机译:使用快速影响评估矩阵进行EIA范围界定的案例研究

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Solid waste arising from human and animal activities, comprises of countless different materials which are difficult to name them all. Sanitary landfills have been and continue to be an economical method for solid waste disposal especially in developing countries. The solid waste management problem is getting aggravated in the capital city of Kerala, Trivandrum with current generation of around 280–300 metric tons per day and disposing the same in low-lying areas without taking proper precautions which has led to breeding of rodents, flies and other domestic pests and also pollution of air, surface water and ground water. This paper reports the results of the scoping process in Environmental Impact Assessment (EIA) study that was conducted for the feasibility of converting the solid waste dumping site into a sanitary landfill. Scoping study was carried out using Rapid Impact Assessment Matrix (RIAM) method. The impacts of various activities were evaluated against the different environmental and socio-economic components and for each component a score was determined, which provides a measure of the impact expected from the component. It was found that most of the environmental components like Sociology and Culture, Biology and Ecology have scored positive values for the conversion option.
机译:人类和动物活动产生的固体废物由数不清的不同材料组成,这些材料很难一一列举。卫生垃圾填埋场已经并且继续是一种处理固体废物的经济方法,尤其是在发展中国家。在首都特里凡得琅的喀拉拉邦,固体废物管理问题日益严重,目前每天产生约280-300公吨的废物,并将其丢弃在低洼地区而没有采取适当的预防措施,这导致了啮齿动物,苍蝇的繁殖以及其他家庭害虫以及空气,地表水和地下水的污染。本文报告了环境影响评估(EIA)研究中范围界定过程的结果,该研究旨在将固体废物倾倒场转换为卫生垃圾填埋场。使用快速影响评估矩阵(RIAM)方法进行范围研究。针对不同的环境和社会经济组成部分评估了各种活动的影响,并确定了每个组成部分的得分,以衡量该组成部分预期的影响。结果发现,大多数环境因素,如社会学与文化,生物学和生态学,都为转换选择打了正值。

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