基于GIS、Piper图和水质指数的饮用灌溉用地下水水质评价

Nicoleta Vasilache, G. Vasile, E. Diacu, C. Modrogan, I. Paun, F. Pirvu
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引用次数: 3

摘要

地下水的化学行为是环境研究中最具活力的领域之一。在本研究中,对罗马尼亚中部和东南部不同地点的地下水进行了采样,以评估地下水的化学性质,并利用分布图比较水的类型。地下水化学已被评价,自然过程被确定为水化学的控制因素。Piper图是用来比较不同水类型的结果。采用地下水化学分析方法计算水质指标。罗马尼亚饮用水法EPA 458-2002和世界卫生组织的标准在计算WQI时被考虑在内。SAR指数用于评价研究区域的地下水样本,并用于灌溉目的。根据每个地下水样品的水质(WQI)值对水类型进行分类表明,分析样品中80%可作为饮用水资源,其余20%用于灌溉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Groundwater quality assessment for drinking and irrigation purpose using GIS, Piper diagram, and water quality index
The chemical behavior of groundwater is one of the most dynamic areas of environmental research. In the present study, groundwater sampling from different locations in the central and south-eastern parts of Romania was performed to assess groundwater chemistry and to compare water types using distribution maps. Groundwater chemistry has been evaluated and natural processes are identified as control factors for hydrochemistry. The Piper diagram was created to compare the results of water types. Chemical analysis of groundwater was used to calculate the values of the water quality index. Romanian drinking water Law EPA 458-2002 and WHO standards were taken into account when calculating the WQI. The SAR index was used to evaluate groundwater samples, taken from in the study area, and used for irrigation purposes. The classification of water types based on water quality (WQI) values for each groundwater sample shows that 80% of the analyzed samples can be used as drinking water resources, the rest of 20% being intended for irrigation.
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