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Sustainable-development-oriented optimal allocation of water resources: a case study in Foshan City, Guangdong, China

机译:以可持续发展为导向的水资源优化配置 - 以中国广东佛山市为例

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For the sake of sustainable exploitation of water resources, based on a dual-dynamic mode of the water cycle, a model of sustainable-development-oriented optimal allocation of water resources in Foshan City was built The constraint conditions of the model included water supply capacities for waterworks, flood and salinity control and eco-environmental water demand inside the river channels. The theory of "decompose-coordination" for large-scale systems and the methods of hierarchical analysis and step-by-step toleration obligation were used in the process of coordination of reservoirs, river courses and regional runoff! The results of the perennial average distribution for each water unit were obtained by optimally operating water resources for the year 2030, based on monthly water input from 1956 to 2000 The results show that the quantity of water resources was sufficient in Foshan City and also that they could meet the demand in 2030, However, given the rather poor condition and operational ability of the present waterworks, some measures, e.g. to increase the supplied water and decrease the water demand, must be taken to ensure water supply security in the future.
机译:对于水资源的可持续利用的缘故,基于水循环的双动力模式,在佛山市水资源可持续为导向的开发,优化配置的模型建立的模型包括供水能力的约束条件水务,防洪和盐度控制和河道内生态环境用水需求。 “分解 - 协调”的为大型系统和理论层次分析与一步一步的容忍义务的方法在水库,河道及径流区域协调的过程中使用!常年平均分配为每单位水的结果通过优化操作水资源对2030年取得的基础上,投入1956至2000年每月的水,结果表明,水资源的数量在佛山市已经足够,同时他们能够满足2030年的需求,但是,考虑到比较差的条件和本水厂的运营能力,一些措施,如增加供给的水,减少对水的需求,必须采取措施,确保在未来的供水安全。

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