2005Institute of Geographic Sciences and Natural Resources Research, CAS Institutional RepositoryRequires access

Analysis and research on the water price mode of the water transfer projects: A case study in the Yindajihuang project

Li Yun-Cheng, Changming Liu, Yin Ming-wan

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Abstract

In this paper, a new water price mode, TPSWPM (Two-Part Seasonal Water Price Mode), is designed for water saving, sustainable operation and the maximum benefits of water transfer projects. The mode is also improved to make its use more practicable. The improved TPSWPM model is applied to the Yindajihuang (transferring water from Datong River to Huangshui River) water transfer project, the No. 1 project of Qinghai province.

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What this paper is about

In this paper, a new water price mode, TPSWPM (Two-Part Seasonal Water Price Mode), is designed for water saving, sustainable operation and the maximum benefits of water transfer projects. The mode is also improved to make its use more practicable. The improved TPSWPM model is applied to the Yindajihuang (transferring water from Datong River to Huangshui River) water transfer project, the No. 1 project of Qinghai province.

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Available abstract

In this paper, a new water price mode, TPSWPM (Two-Part Seasonal Water Price Mode), is designed for water saving, sustainable operation and the maximum benefits of water transfer projects. The mode is also improved to make its use more practicable. The improved TPSWPM model is applied to the Yindajihuang (transferring water from Datong River to Huangshui River) water transfer project, the No. 1 project of Qinghai province.

Key concepts: Water transfer, Mode (computer interface), Environmental science, Water resource management, Transfer (computing), Computer science, Parallel computing, Operating system

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