耦合激励相容机制的区域水资源优化配置机理与模型

The network flow theory and incentive compatibility theory are used to explore the optimal allocation of regional water resources, which can not only solve the water shortage of engineering, resource and water quality, but also realize the incentive compatibility of stakeholders. The incentive compatibility theory is introduced into water resources allocation, and the incentive compatibility factors such as market mechanism, government regulation and water culture system arrangement. The incentive compatibility mechanism (optimization constraint) for sustainable utilization of water resources with friendly ecological environment is constructed, and the regional water resources optimal allocation model integrating planning, trading, dispatching and institutional arrangement is constructed. The network flow theory is used as the key technology (optimization method) to optimize the allocation of water resources. On this basis, An Empirical Study on the optimal allocation of water resources in typical downstream areas of Cao'e River in Zhejiang Province is carried out by using the established model in order to solve the optimal allocation of regional water resources among various stakeholders under the constraint of ecological civilization.

利用网络流理论和激励相容理论探索区域水资源优化配置，既解决工程性、资源性、水质性缺水又实现利益主体激励相容的实现路径。将激励相容理论引入水资源配置，耦合市场机制、政府规制、水文化制度安排等方面的激励相容要素并构建生态环境友好的水资源可持续利用的激励相容机制（优化约束），构建融合规划、交易、调度以及制度安排的区域水资源优化配置模型。以网络流理论为优化关键技术（优化方法），获得最佳水资源配置方案。在此基础上，利用已经建立的模型对浙江省曹娥江下游典型区域的水资源优化配置进行实证研究，以期解决在生态文明约束下区域水资源在各利益主体之间优化配置。

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