Multi-scale simulation and dynamic coordination evaluation of water-energy-food and economy for the Pearl River Delta city cluster in China

Multi-scale simulation and dynamic coordination evaluation of water-energy-food and economy for the Pearl River Delta city cluster in China

In this research, an integrated approach is developed through the incorporation of systems dynamics (SD), catastrophe progression (CP), and coupled coordination degree (CCD) analysis within a general modelling framework. The developed SD-CP-CCD is then employed to simulate and evaluate relationships...

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Bibliographic Details
Main Authors: Cai, Y. (Author), Guo, H. (Author), Ouyang, Y. (Author), Xie, Y. (Author), Yue, W. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2021
Subjects:
agglomeration
Agglomeration
Catastrophe progressions
China
City cluster
Coordination degree
Economic analysis
economic growth
Economic growths
environmental economics
Gems
Guangdong
integrated approach
Otto cycle
Pearl River delta
Pearl River Delta
policy making
Population statistics
Rivers
simulation
Simulation and evaluation
System Dynamics
Systems dynamics
urban area
Urban growth
Urban waters
vulnerability
Water energy
Water-energy-food nexus
Zhujiang Delta
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