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Multi-Criteria Decision Analysis for Identifying a Suitable Location for Groundwater Pumping Wells

机译:确定地下水泵井位置的多标准决策分析

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The paper presents the methodology for the combined use of GIS-based multi-criteria analysis and simulation-optimisation modelling for management of the groundwater resources of the Dore river basin in France. The study identifies the suitable location and maximum discharge for the new groundwater pumping wells. The multi-criteria analysis (MCA), with the help of GIS-based geospatial analysis, was performed to identify those areas suitable for pumping wells by considering different criteria, such ashydraulic conductivity, land use, river aquifer exchange, depth to water, and geomorphology. Different criteria were selected with the help of regional experts and stakeholders. For the study area, the groundwater flow model was developed. Further, new pumping wells in the suitable zones, those identified by MCA, were considered and a simulation-optimisation technique was used to identify the maximum discharge from those wells. Finally, the results obtained from both the methods were to finalise the potential zone. The developed methodology proves to be a more realistic approach to identifying new locations for pumping wells.
机译:本文介绍了结合使用基于GIS的多准则分析和模拟优化模型来管理法国多尔河流域地下水资源的方法。研究确定了新的地下水泵井的合适位置和最大排放量。多标准分析(MCA)在基于GIS的地理空间分析的帮助下,通过考虑不同的标准(例如水力传导率,土地利用,河流含水层交换,水深和水深)确定了适合抽水井的区域。地貌。在区域专家和利益相关者的帮助下选择了不同的标准。对于研究区域,开发了地下水流模型。此外,还考虑了在合适的区域中由MCA确定的新抽油井,并使用了模拟优化技术来确定这些抽油井的最大排放量。最后,从这两种方法获得的结果都是确定潜在区域。事实证明,所开发的方法是确定泵井新位置的更现实的方法。

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