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Integrated multi-criteria analysis for groundwater potential mapping in Precambrian hard rock terranes (North Gujarat), India

机译:印度普里亚克硬岩地下水潜力映射的集成多标准分析(北古吉拉特邦),印度

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摘要

In North Gujarat, local communities depend on the Precambrian basement aquifers for their primary source of water supply. The increasing demand for potable water puts stress on exploring for groundwater from less reliable sources of basement rocks. The main objective is to map groundwater potential zones (GWPZs) in water-scarce Precambrian terranes using integrated multi-criteria analysis (analytical hierarchy process and geospatial techniques). The output of the GWPZ map was grouped into six different categories. The results show that very high and high groundwater potentials extend over areas of 4.29% and 12.86%, respectively. The kappa index method was used for validation and showed an effective result between collected water-level data with calculated GWPZ. It shows 83.3% accuracy for very high, 85.7% for high and 90.1% for moderate GWPZs. The study shows promise and highlights that such an integrated analysis is reliable and can be applied anywhere with a similar set-up for groundwater prospecting and management.
机译:在古吉拉特邦,当地社区依赖于前征的水资源来源的先兆基础含水层。饮用水的需求不断增加,对地下室岩石的可靠来源进行压力探索地下水。主要目的是使用集成的多标准分析(分析层次过程和地理空间技术)将地下水潜在区域(GWPZ)映射水资源稀缺的前兆位。 GWPZ地图的输出分为六个不同的类别。结果表明,非常高,高的地下水电位分别在4.29%和12.86%的区域上延伸。 Kappa索引方法用于验证,并在Collected的GWPZ中显示了收集的水位数据之间有效的结果。它显示出高85.7%的高度为83.3%,高85.7%,适用于温和GWPZ。该研究表明了承诺,突出显示这种综合分析是可靠的,可以应用于地下水勘探和管理的类似设置的任何地方。

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