Natural ecological water demand in the lower Heihe River

FU Xinfeng1, HE Hongmou2, JIANG Xiaohui2, WANG Guoqing2, YANG Shengtian3

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Front. Environ. Sci. Eng. ›› 2008, Vol. 2 ›› Issue (1) : 63-68. DOI: 10.1007/s11783-008-0022-z

Natural ecological water demand in the lower Heihe River

  • FU Xinfeng1, HE Hongmou2, JIANG Xiaohui2, WANG Guoqing2, YANG Shengtian3
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Abstract

The ecological environment in the lower Heihe River has been deteriorating due to large water consumption in the upper and middle reaches, and less available water downstream. To restore the ecological environment in the lower Heihe River, the ecological water demand should be guaranteed. The natural vegetation area in the lower Heihe River was first obtained through the interpretation of remote sensing images taken in 1998. Based on the analysis for the Quota of the natural ecological water demand in the lower Heihe River and the determination of the natural ecological water demand calculation method, the ecological water demand in the lower Heihe River was calculated. Finally, the natural ecological water demand in the lower Heihe River under the current situation was calculated with the groundwater storage volume change method, Aweliyongrufe method and the measured water volume method. In comparison, the natural ecological water demand in the lower Heihe River is 3.91–4.05 × 108 m3.

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FU Xinfeng, HE Hongmou, JIANG Xiaohui, WANG Guoqing, YANG Shengtian. Natural ecological water demand in the lower Heihe River. Front.Environ.Sci.Eng., 2008, 2(1): 63‒68 https://doi.org/10.1007/s11783-008-0022-z

References

1. The Ministry of Water Resources of the People's Republicof China. Recent management planning of the Heihe RiverBasin 2001 8(in Chinese)
2. Wang G X Cheng G D Water demand of ecorsystemand estimated method in arid inland river basinsJournal of Desert Research 2002 (2)129134(in Chinese)
3. Yang G X He H M Yang L F Groundwater change rule and its ecological effluence ofthe lower reaches of the Heihe RiverWaterResources and Hydropower Engineering 2003 (34)2729(in Chinese)
4. Zhao W Z Studyof ecological water demand and groundwater level of the Heihe RiverBasin. Dissertation for the Doctoral DegreeLanzhouCold and Arid Regions Environmentaland Engineering Research Institute, Chinese Academy of Sciences 2002 10(in Chinese)
5. Zhang L Dong Z C Zhang Q A study on ecology water requirement and its predictionof natural vegetation in the lower Heihe River BasinJournal of Shenyang Agricultural University 2005 (36)8082(in Chinese)
6. He Z B Zhao W Z Fang J Calculation of vegetation ecological water requirementsof the middle reaches of Heihe RiverActaEcologica Sinica 2005 (5)705710(in Chinese)
7. Zhao W Z Chang X L He Z B et al.Estimation of ecological water requirement amountat Ejina Desert OasisScience in China (Ser.D) 2006 (36)559566(in Chinese)
8. Wang L M Zhang Q L Yin J Y Ejin Poplar Growth and the growth of biotechnology researchJournal of Arid Land Resources and Environment 2003 (2)9499(in Chinese)
9. Zheng H X Liu C M Feng H L On concepts of ecological water demandAdvances in Water Science 2004 (5)626633(in Chinese)
10. Liu L Xia J Feng H L Preliminary discussion on the ecological water demand ofterrene systemChina Rural Water and Hydropower 2005 (2)3234(in Chinese)
11. Si J H Gong J D Zhang B The primary estimation of water demand for the eco-environmentin arid regionsJournal of Arid Land Resources &Environment 2004 (18)4953(in Chinese)
12. Zhang L Dong Z C Zhao B Method for estimating ecological water requirement of naturalvegetation in arid areaAdvances in WaterScience 2003 (6)745748(in Chinese)
13. Bian G Y Zhou M Y Zhu C L Present status and prospects of calculation methods ofecological water requirementWater ResourcesProtection 2003 (6)4649(in Chinese)
14. Zhang Y Yang Z F Calculation method of ecologicalwater requirement for forestland and its application to Huang-Huai-HaiRegionChinese Journal of Applied Ecology 2002 (12)15661570(in Chinese)
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