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Application of geographical information system (GIS) to groundwater quality investigation: A case study of Mardan district, Pakistan

机译:地理信息系统在地下水水质调查中的应用:以巴基斯坦马尔丹区为例

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A study was conducted to determine the groundwater quality of Mardan salinity control and reclamation project (SCARP) area and its suitability for irrigation purposes. A total of 18 villages were selected and water samples were taken from each one. Spatial data of the locations were taken by Magellan GPS Receiver. These samples were analyzed in the laboratory and then compared with the irrigation water quality guidelines suggested by WAPDA (Water and Power Development Authority Pakistan) and FAO (Food and Agriculture Organization) to determine the groundwater quality for irrigation. Analysis and mapping of ground water quality data were performed by using Arc GIS 9.2 software. Various statistical measures such as mean, standard deviation, coefficient of variation and confidence interval of groundwater quality data were calculated. The results indicated that majority of the ground water samples were in the range of marginal fit category of irrigation water quality. It is concluded that the ground water at certain locations get polluted due to seepage and percolation losses from surface.
机译:进行了一项研究以确定Mardan盐度控制和填海项目(SCARP)地区的地下水质量及其是否适合灌溉目的。总共选择了18个村庄,并从每个村庄中抽取了水样。位置的空间数据由麦哲伦GPS接收器获取。这些样品在实验室中进行了分析,然后与WAPDA(巴基斯坦水利和电力发展局)和FAO(粮食及农业组织)建议的灌溉水质量准则进行比较,以确定灌溉的地下水水质。使用Arc GIS 9.2软件进行了地下水水质数据的分析和制图。计算了各种统计方法,例如均值,标准差,变异系数和地下水质量数据的置信区间。结果表明,大多数地下水样品在灌溉水质量的边际拟合范围内。结论是,由于地表渗漏和渗漏损失,某些地方的地下水受到污染。

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