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Conflict Resolution of Water Resources Allocation in Zayandehrood Basin Using Game Theory and WEAP Model

机译:基于博弈论和WEAP模型的赞雅德路德流域水资源配置冲突解决

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This research tried to provide a sustainable solution for the allocation of water resources of Zayandehrood basin in a way ensuring minimal conflicts and tension between the stakeholders in use of the water resources, four main decision makers of the basis, comprising Regional Water Company, conflicts among Agricultural Jahad Organization, and Department of Environment of Isfahan Province and Chaharmahal and Bakhtiari Province, were reviewed and 128 possible cased according to 7 scenarios were constructed and applied in the GMCR model. According to the GMCR approach, 6 balanced sustainable scenarios in different climatic periods of the basin were presented. Finally, the results were generalized for choosing the best mode in the form of a scenario within the WEAP model; also, the results obtained from these scenarios were presented using the criteria of system performance assessment. On the basis of the findings, Scenario II was developed, comprising the application of new simultaneous management of demand and supply, restrictions in drawing water from water tables, new prioritization in stakeholder allocation and new water portion plans in the basin as the best scenario with 81.4% sustainability index.
机译:这项研究试图为Zayandehrood流域的水资源分配提供一种可持续的解决方案,以确保利益相关者之间在使用水资源方面的冲突和紧张程度降至最低,该基础的四个主要决策者包括区域供水公司,审查了农业Jahad组织,伊斯法罕省,恰哈马哈尔省和巴赫蒂亚里省的环境部,根据7种情况构建了128种可能的案例,并将其应用于GMCR模型。根据GMCR方法,提出了流域不同气候时期的6种平衡的可持续情景。最后,在WEAP模型中以方案的形式概括了选择最佳模式的结果。同样,使用系统性能评估标准介绍了从这些方案中获得的结果。根据调查结果,制定了方案二,其中包括应用新的同时管理供求关系,限制从地下水位取水的限制,对利益相关者分配进行新的优先排序以及在流域制定新的水分配计划,这是最佳方案。可持续发展指数为81.4%。

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