Information from the abstract
Understanding the coupling and coordination relationship between water resources resilience and green development is crucial to regional sustainable development. Based on the panel data of 31 provinces in China from 2011 to 2024, the coupling coordination model and regression analysis method are used to evaluate the spatial and temporal evolution and driving mechanism of the two. The study found that the water resources resilience index increased from 0.342 in 2011 to 0.499 in 2024, while the green development index increased from 0.135 at the beginning of the period to 0.541 at the end of the period. The synchronous improvement of the two promotes the coupling coordination degree from the near-disorder stage to the intermediate coordination stage; the gradient improvement pattern of eastern leading, central and western follow-up is formed in space. The low coordination region has contracted significantly, and the high coordination region has continued to expand. Regression analysis shows that the driving mechanism presents heterogeneity in the eastern, central and western regions. The proportion of green credit, the process of urbanization rate and the number of years of education per capita have a positive driving effect, while the low-carbon index of energy consumption structure and the proportion of green patents have an inhibitory effect. The research results can provide a decision-making basis for formulating regional differentiated water resources management and green development strategies and collaboratively promoting human-water harmony and ecological goals from a patio-temporal dynamic perspective.
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Related topics: Water Resources and Sustainability · Water-Energy-Food Nexus Studies · Energy, Environment, Economic Growth
Thai researcher and institutional participation
F Zheng · Chongling Wang · Shinawatra University
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