Spatio-temporal Effect of Regional Scientific and Technological Innovation-driven High-quality Economic Growth
This research utilizes the synthetic index method to calculate the economic development status of S&T innovation and high-quality economic growth in the eight comprehensive economic zones.Based on this,the research constructs the dynamic panel data model and the semi-parametric dynamic spatial model,analyzes the heterogeneity and spillover effects of the evolution of the role of S&T innovation in driving high-quality economic growth in time and space in each economic zone.The results show that:There are different lag periods of S&T innovation-driven high-quality economic growth in the eight compre-hensive economic zones,and there are differentiated time series effects and inertial effects of high-quality economic growth.The spatial effect of S&T innovation driving high-quality economic growth in the eight comprehensive economic zones shows different shapes of fluctuations,and the spatial driving effect of its own inertia of high-quality economic growth is significant.The partial derivative curve of technological in-novation in economic zones on high-quality economic growth is not the same,but the spatial driving effect of technological innovation in the eight comprehensive economic zones is mainly in two types:From the ini-tial coordination stage to the embedding stage,and the embedding and integration stage.Research value:The driving effect of S&T innovation on high-quality economic growth in different economic zones shows different evolution patterns,and the driving role of regional science and technology innovation should be customized and precisely applied in order to provide a policy basis for the effective promotion of the im-provement of the quality of economic growth within economic zones and the synergistic development of high-quality economic growth among economic zones.
Eight comprehensive economic zonesS&T innovation drivenHigh-quality economic growthTime and space effect
万方数据
维普
