Data of the article "A DPSIR-Based Integrated Evaluation-Diagnosis-Simulation Framework for Land Use System Health: Evidence from China’s Yangtze River Delta"
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The raw data used in this study are presented below. This study constructs a land use system health evaluation system based on the DPSIR framework, comprising five subsystems and twenty indicators. Using an improved CRITIC entropy weighting method, we comprehensively evaluate the health status of the land use system for 41 cities in the Yangtze River Delta from 2008 to 2023. On this basis, an obstacle factor diagnosis model is employed to precisely identify the core obstacle factors constraining system health improvement. Furthermore, a system dynamics model is introduced, and four scenarios—baseline, economic development, ecological protection, and economic ecological balance—are set to simulate the evolutionary trajectories of the land use system health index under different development pathways in 2035.
