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An Effective, Feasible, And Cost-Efficient Water Strategy For 2013 To Meet The Projected Water Need Of China In Future
An Effective, Feasible, And Cost-Efficient Water Strategy For 2013 To Meet The Projected Water Need Of China In Future

作  者: ; ; (段沛宸);

机构地区: 北京理工大学信息与电子学院

出  处: 《青春岁月》 2013年第10期459-459,共1页

摘  要: Water resources carrying capacity is a foundational topic in water resources security strategic study and the foundational measurement of water resources security. Water resources constrain the scale and quality of social and economic development in many water shortage cities and regions. Thus, the management via dynamic water resources prediction is a key for the overall city strategic planning. In this study, an integrated dynamic model of water consumption was developed using system dynamics (SD) and based on water resources carrying capacity (WRCC) theory. Water resources carrying capacity is a foundational topic in water resources security strategic study and the foundational measurement of water resources security. Water resources constrain the scale and quality of social and economic development in many water shortage cities and regions. Thus, the management via dynamic water resources prediction is a key for the overall city strategic planning. In this study, an integrated dynamic model of water consumption was developed using system dynamics (SD) and based on water resources carrying capacity (WRCC) theory.

领  域: [水利工程]

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