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Study on Off-Stream Ecological Water Demand of Fu River Basin

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Abstract:

According to researches on mechanism and concept of off-stream ecological water demand, off-stream ecological water demand of Fu River Basin is consist of ecological water demand for soil and water conservation and for urban public green space, considering the current situation and planning objectives of off-stream ecological water demand of Fu River Basin. Directly calculation method is employed in this study. Choosing 2005 as the current year in this study, indicators of public green space and soil erosion data are obtained. Then the ecological water demand of urban public green space in Fuzhou City is determined as 0.438×108m3 and the water demand for off-stream soil and water conservation in Fu River Basin is determined as 0.3159×108m3 in virtue of quota method. The off-stream ecological water demand in the Basin (2005 as the current year) is about 0.359×108m3. The determination of the off-stream ecological water demand in the basin provide a scientific basis on taking a variety of water-saving measures, improving the recovery rate of sewage treatment and increasing the off-stream ecological water consumption. Results of this study will make the ecological environment of this area to achieve a healthy state, and shall greatly improve regional water resources and water environmental situation.

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Periodical:

Applied Mechanics and Materials (Volumes 641-642)

Pages:

92-96

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.641-642.92

Citation:

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Online since:

September 2014

Authors:

Fa Lei Wang*, Wei Hu

Keywords:

Ecological Water Demand, Fu River Basin, Off-Stream

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© 2014 Trans Tech Publications Ltd. All Rights Reserved

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References

[1] D.D. Chang: Study on the Water Use of Soil and Water Conservation in Yellow River Basin (Beijing Forestry University, China 2006).

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[3] Q.L. Ouyang and J.L. Chen: Res. Soil. Water. Conservation. Vol. 7(2000), pp.159-160, 247.

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[4] C.C. Zhou: Study on Water Demand of Ecological Environment in Jin River Basin (Fujian Normal University, China 2005).

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