Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Feasibility analysis of water resources market transaction of water diversion project based on evolutionary game
Water diversion projects realize the change of water rights ownership by diverting water resources, but most of the water diversion projects are dominated by the government in the operation stage, which can't realize complete market-oriented transaction of resources. In this study, the water source area, project management department and users involved in water resources trading of a water diversion project are regarded as stakeholders, and an evolutionary game model is established to analyze the feasibility and restrictive conditions of the free trading of water resources in the water diversion project. The research results show that the three parties can realize the balance and stability of interests (the water source area supplies good water, the project management department supplies sufficient water, users take water according to the supply), which means that the water market transactions are feasible. Meanwhile, it also gives clear restrictions on the water price of the three parties transaction: the project management department water price for purchase is less than on the premise of lower than + , the sale water price is not higher than . The free trading of water resources in the water diversion project under the market mechanism is of great significance for clarifying the water rights and reducing the financial pressure of the government. HIGHLIGHTS Establish an evolutionary game model of three stakeholders involved in the water resources transaction of a water diversion project.; Analyze the feasibility of the water resources market transaction.; Restrict the water selling price of the water source area and project management department.; Promotion of market-oriented trading of water resources is of supporting significance to clarify water rights and reduce government financial pressure.;
Feasibility analysis of water resources market transaction of water diversion project based on evolutionary game
Water diversion projects realize the change of water rights ownership by diverting water resources, but most of the water diversion projects are dominated by the government in the operation stage, which can't realize complete market-oriented transaction of resources. In this study, the water source area, project management department and users involved in water resources trading of a water diversion project are regarded as stakeholders, and an evolutionary game model is established to analyze the feasibility and restrictive conditions of the free trading of water resources in the water diversion project. The research results show that the three parties can realize the balance and stability of interests (the water source area supplies good water, the project management department supplies sufficient water, users take water according to the supply), which means that the water market transactions are feasible. Meanwhile, it also gives clear restrictions on the water price of the three parties transaction: the project management department water price for purchase is less than on the premise of lower than + , the sale water price is not higher than . The free trading of water resources in the water diversion project under the market mechanism is of great significance for clarifying the water rights and reducing the financial pressure of the government. HIGHLIGHTS Establish an evolutionary game model of three stakeholders involved in the water resources transaction of a water diversion project.; Analyze the feasibility of the water resources market transaction.; Restrict the water selling price of the water source area and project management department.; Promotion of market-oriented trading of water resources is of supporting significance to clarify water rights and reduce government financial pressure.;
Feasibility analysis of water resources market transaction of water diversion project based on evolutionary game
Mengkai Liu (Autor:in) / Acai Yan (Autor:in)
2022
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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