Study on the optimal allocation of water resources systems and the comprehensive utilization of water resources in arid-semiarid multiple mining areas [electronic resource] / Dong Shuning.

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Study on the optimal allocation of water resources systems and the comprehensive utilization of water resources in arid-semiarid multiple mining areas [electronic resource] / Dong Shuning.

9783319323428 (electronic book)
3319323423 (electronic book)
9783319323411

Switzerland : Springer, 2016.

English

1 online resource (xv, 252 pages) : illustrations.

10.1007/978-3-319-32342-8 doi

HD1698.C6

333.91/15

Arid-semiarid regions have suffered from sharp conflicts among water resource utilization, mining, and the environmental protection. Sustainable development in these regions requires a close coordination between economy, society and the environment. Based on systematic hydrogeological investigations, laboratory and in-situ tests, and application of innovative methodologies including theoretical analysis modeling and prediction to study water resource distribution (including surface water, groundwater, mine water and coal mine domestic water) in mining areas, this dissertation provides detailed analysis of the current situation and trend of water uses in domestic supply, agriculture and industry. It evaluates the status development and utilization, evolution trend, exploitation and utilization potential of water resources in Shen-Dong Coal Mine area, one of China?s extra-large coal bases. Incorporated with the long and intermediate terms' development strategies of this area, the dissertation lays out a scientific allocation scheme of water resources in different hydrological years and proposes a planning mode of water resources development and utilization and a technical scheme for comprehensive water resources utilization to provide technical supports for the optimal allocation, rational exploitation, comprehensive utilization and scientific management of water resources. This dissertation is one of the best in Chang?an University because of the volume of reliable data, defensible scientific analysis, and world significance of the research results.

"Doctoral thesis accepted by the Chang'an University, Xi'an, China."

Includes bibliographical references.

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Online resource; title from PDF title page (SpringerLink, viewed April 27, 2016).

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Print version: 9783319323411

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