Evolution Mode, Influencing Factors, and Socioeconomic Value of Urban Industrial Land Management in China

(1) Background: Accurate measurement of the matching relationship between urban industrial land change and economic growth is great value for industrialized re-industrialized countries to perform resource management in territorial spatial planning. (2) Methods: Based on combination Boston Consulting Group matrix, Geodetector, decoupling model, we constructed a new method integrating “model evolution + driving mechanism performance evaluation policy design” this paper, conducted an empirical study Yangtze River Delta. (3) Results: The modes Delta are divided into four types: stars, cows, dogs, question, distributed structures ranging from “olive” shape “pyramid” shape, with high heterogeneity agglomeration low autocorrelation. government demand led by making large cities bigger key factor influence transportation infrastructure business environment has remained stable long time. mechanisms industrialization, globalization, innovation becoming increasingly complicated. Industrial value-added most have been state strong weak decoupling, progressive occurring alongside unchanged stage regressive decoupling. outperforms market terms management, degradation synergy corporate assets emerges as threat sustainable high-quality development region. (4) Conclusions: This paper establishes technical framework zoning classification governance divide reduction-oriented transformation zoning, incremental synchronous reduction upgrading zoning. It also proposes adaptive supply strategy quantitative qualitative control, providing basis planning management.