新质生产力的测度、空间差异及动态演进

Measurement, Spatial Differences and Dynamic Evolution of New Quality Productive Forces

  • 摘要: 文章基于生产力三要素,运用熵权TOPSIS法对中国279个城市新质生产力水平进行测度,分析其空间差异,并构建新质生产力进步指数进行四象限分析。研究发现:(1)新质生产力发展水平总体呈现缓慢上升趋势。东部地区的新质生产力水平最高,东北地区最低。(2)采用Dagum基尼系数进行分解发现,新质生产力的区域差异较为明显,且呈现扩大的趋势;2022年之后区域差异的主要来源为区域间差异。(3)通过对比新质生产力指数与新质生产力进步指数,发现2023年多数城市新质生产力的动态进步指数比静态指数要高。

     

    Abstract: Based on the three factors of productivity and employing the entropy weight Topsis method, this paper measures the level of new quality productive forces in 279 Chinese cities, analyzes their spatial disparities, and constructs a progress index of new quality productive forces for quadrant analysis. The findings are as follows:(1) The overall new quality productive forces show a slow upward trend. The level of new quality productive forces in the eastern region is significantly higher than that in the central region, followed by the western region, with the northeastern region being the lowest.(2) The decomposition of disparities among sample cities using the Dagum Gini coefficient reveals that regional disparities in new quality productive forces are relatively pronounced and show a widening trend. After 2022, the primary source of regional disparities is inter-regional differences.(3) A comparative analysis of the new quality productive forces index and the progress index shows that in 2023, the dynamic progress of new quality productive forces across cities is higher than the static level of new quality productive forces.

     

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