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Assessment of groundwater vulnerability and sensitivity to pollution in Berrechid plain, using drastic model

机译:使用剧烈模型评估贝雷希德平原的地下水脆弱性和对污染的敏感性

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The Groundwater protection and management is vital for human evolution, socio-economic development and ecological diversity, because it is one of the most valuable natural resources. Agricultural and industrial activities, more and more intensive and significant population growth, have contributed to the degradation of Berrechid Groundwater quality. The present study aimed to assess the vulnerability of Berrechid aquifer using the DRASTIC models. The application of the methodology developed has needed the establishment of a Geographical Information System synthesizing a considerable mass of data (geological, hydrogeological, geophysical, etc.), constitutes a real tool to aid in the decision for the managers of water resources in the region of Chaouia. The results show that three classes of vulnerability are observed in the study area: the higher drastic indices appear at the areas with low groundwater table depth and the areas which are not protected by the clays, and the areas less vulnerable are located in areas where the water is deeper and the clays recovery is important.
机译:地下水保护和管理对人类进化,社会经济发展和生态多样性至关重要,因为它是最宝贵的自然资源之一。农业和工业活动,以及越来越密集和大量的人口增长,已导致Berrechid地下水水质下降。本研究旨在使用DRASTIC模型评估Berrechid含水层的脆弱性。要应用所开发的方法,就需要建立一个地理信息系统,该系统综合大量数据(地质,水文地质,地球物理等),是帮助该地区水资源管理者做出决策的真正工具。 Chaouia。结果表明,在研究区域中观察到了三类脆弱性:较高的剧烈指数出现在地下水位低的区域和不受粘土保护的区域,脆弱性较低的区域位于地下水位较低的区域。水更深,粘土的回收很重要。

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