Temporal and Spatial Differences of Water Use Efficiency of Main Cities in North Slope of Tianshan Mountains[J]. Bulletin of Soiland Water Conservation, 2018, 38(1): 256-263.
DOI:
Temporal and Spatial Differences of Water Use Efficiency of Main Cities in North Slope of Tianshan Mountains[J]. Bulletin of Soiland Water Conservation, 2018, 38(1): 256-263. DOI: 10.13961/j.cnki.stbctb.2018.01.045.
Temporal and Spatial Differences of Water Use Efficiency of Main Cities in North Slope of Tianshan Mountains
[Objective] To analyze the water use efficiency of the main cities in order to promote the water ecological civilization urban construction and the development of Northern Slope Economic Zone in Tianshan Mountain.[Methods] Based on the data from 7 main cities in the north slope of Tianshan Mountains in 2004-2015
this paper analyzed the water use efficiency and the spatial and temporal differences of the cities by using the super efficiency DEA model and Malmquist index.[Results] ① Super efficiency DEA analysis showed that the utilization efficiency of water resources in the Northern Slope Economic Zone showed a rising trend
but fluctuated during 2004-2015
meanwhile
the water use efficiency during 2004-2008 is lower than that during 2009-2015. The water resources utilization efficiency in Urumqi
Karamay
Shihezi
Changji and Fukang City was relatively high
while the water resources utilization efficiency in Wusu and Kuitun City was relatively low. ② Malmquist index analysis result showed that the water resources TFP index in 7 main cities fluctuated greatly
and the growth was not stable
showed a "W" type fluctuation. Technical change was the main factor restricting the water resources utilization efficiency in the Tianshan Mountains. ③ SAR model indicated that the water use efficiency showed a spatial dependence. At the temporal and spatial scales
at the 0.05 level
significant correlations were found among the total amount of water
living water
water use efficiency and population and ecological water use. But the correlation between the distances between the cities and the related industrial water and agricultural water use and water use efficiency was not significant.[Conclusion] The government should make great efforts to improve the production technology
popularize water-saving technology
optimize the industrial structure
adjust the proportion of water resources and labor input and improve the contribution rate of technological progress
so as to improve the water resources utilization ratio of main cities in north slope of Tianshan Mountains.
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Related Author
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SHI Peiji
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LI Wanlian
HU Dengfeng
Hao Ming
Duan Linqiong
Chen Changyou
Related Institution
School of Business and Commerce, Anhui University of Finance & Economics
College of Geography and Environmental Science, Northwest Normal University
Institute of Anhuis Economic and Social Development Research, Anhui University of Finance & Economics
College of Geography and Environmental Science, Henan University
College of Land and Tourism, Luoyang Normal University