Research on the Measurement and Influencing Factors of Green Development Efficiency of the Agricultural Product Circulation Industry in Yunnan Province
This study utilize the Super-SBM model to measure the level of green development effi-ciency of agricultural product distribution industry in Yunnan province from 2011 to 2020,and analyzes the spatial and temporal evolution characteristics and influencing factors of the green development efficiency of the agricultural product distribution industry in Yunnan province using the kernel density estimation and the Tobit model,respectively.The study found that:In terms of the whole,the green development effi-ciency of the agricultural product circulation industry in Yunnan Province is at a medium level.In terms of spatial characteristics,the distribution of efficiency levels presents a spatial pattern of high in the east and low in the west,with significant differences in efficiency levels at different levels.In terms of dynamic evolution,the polarization of the green development efficiency of Yunnan's agricultural product circulation industry has gradually weakened.Regression results show the industrial structure,level of opening up to the outside world,rural logistics infrastructure,and e-commerce levels have a significant role in promo-ting the green development efficiency of the agricultural product circulation industry in Yunnan Province,while the level of rural pollution hinders the improvement of the green development efficiency of the agricul-tural product circulation industry in Yunnan Province.Accordingly,the article proposes to optimize the green development structure of Yunnan's agricultural circulation industry,further promote Yunnan's high level of opening-up to the outside world,accelerate the construction of infrastructure in Yunnan's agricul-tural product circulation industry,and promote the development of Yunnan's agricultural product circula-tion industry to improve quality and efficiency through the development of e-commerce,and continue to promote the green and high-quality development of the agricultural circulation industry.
Green development efficiency of agricultural products circulation industrySuper-SBM modelKernel density estimationTobit model
万方数据
维普
