Study on the Spatio-Temporal Evolution of the Coordinated Upgrading of Urban Industrial Structure and Service Functions in China
Achieving coordinated upgrading of urban industrial structure and service func-tions is an urgent requirement and key measure for promoting people-oriented new urbaniza-tion.This paper comprehensively applies methods such as entropy weight method,coupling coordination degree model,Kernel density estimation method,Markov chain model,Dagum Gini coefficient,and decomposition to carry out empirical analysis,revealing the spatial-temporal evolution characteristics and regional differences of the Coordinated Upgrading of industrial structure and service functions in 284 cities in China from 2010 to 2021.The results show that:The coordination level of urban industrial structure and service functions in the whole country and the four major regions is steadily increasing,but the regional heterogeneity is significant;The Coordinated Upgrading of industrial structure and service functions in Chinese cities presents a distribution characteristic of"overall level improvement,diverse dispersion trends and uneven gradient forms",with obvious hierarchical stability and"club convergence"phenomenon,and spatial spillover effect is an important factor affecting its evolution trend;The overall spatial differences of coordinated upgrading of industrial structure and service functions in Chinese cities showed a downward trend,and the annual contribution rates of sup er-variation density,inter-regional differences,and intra-regional differences decrease in turn.
optimization of industrial structureurban service functionspatio-temporal evolutionregional difference
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