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Policy evolution in China has made great achievements in economic development, while its impact on water has also been significant. This study provides detailed insight into how diverse policy evolution affected the water footprint (WF) in China from 1997 to 2007 through input–output analysis and structural decomposition analysis. Input–output analysis was used to measure China's WF. The results indicate...
Water availability for agricultural production may be significantly influenced by climate change. A decline in precipitation along with an increase in temperature will augment crop irrigation water requirement, especially during drought periods. Water footprint (WF) was provided to assess water resources utilization in the agricultural production process under climate variation. This paper analyzes...
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