China’s industry-led urbanization has exposed many environmental problems,especially in the Yellow River Basin,which is seriously affected by industrialization.As an environmentally friendly industry,tourism has grad...China’s industry-led urbanization has exposed many environmental problems,especially in the Yellow River Basin,which is seriously affected by industrialization.As an environmentally friendly industry,tourism has gradually become the leading force driving the transformation of urbanization in the Yellow River Basin.Based on the high-quality development perspective and panel data of 76 cities in the Yellow River Basin from 2008 to 2020,this study uses a panel quantile model to reveal the impact of tourism urbanization development quality on green total factor productivity.The findings are fourfold:(1)The developmental quality of tourism urbanization in most cities in the Yellow River Basin is low,showing a“point-axis”spatial structure with provincial capitals and tourist cities as the center.(2)Tourism urbanization under different levels of developmental quality can effectively promote the improvement of green total factor productivity,and there is a nonlinear driving effect of significant marginal increase,in which the benefit subsystem of tourism urbanization has the greatest impact on green total factor productivity.(3)The developmental quality of tourism urbanization can affect the green total factor productivity through the“twin engines”of green technology efficiency and green technology progress,and the impact of tourism urbanization development quality on green technology efficiency is greater than that of green technology progress.(4)From the perspective of regional heterogeneity,tourism urbanization in the middle reaches of the Yellow River Basin has the most significant driving effect on green total factor productivity.Tourism urbanization in the upper and lower reaches of the Yellow River basin can significantly improve green total factor productivity under conditions of high-quality development.展开更多
基金The Henan Province Philosophy and Social Science Planning Project(2025CJJ182)The Key Scientific Research Project of Colleges and Universities of Henan Province(26A630001)The National Social Science Foundation of China(24BGL138)。
文摘China’s industry-led urbanization has exposed many environmental problems,especially in the Yellow River Basin,which is seriously affected by industrialization.As an environmentally friendly industry,tourism has gradually become the leading force driving the transformation of urbanization in the Yellow River Basin.Based on the high-quality development perspective and panel data of 76 cities in the Yellow River Basin from 2008 to 2020,this study uses a panel quantile model to reveal the impact of tourism urbanization development quality on green total factor productivity.The findings are fourfold:(1)The developmental quality of tourism urbanization in most cities in the Yellow River Basin is low,showing a“point-axis”spatial structure with provincial capitals and tourist cities as the center.(2)Tourism urbanization under different levels of developmental quality can effectively promote the improvement of green total factor productivity,and there is a nonlinear driving effect of significant marginal increase,in which the benefit subsystem of tourism urbanization has the greatest impact on green total factor productivity.(3)The developmental quality of tourism urbanization can affect the green total factor productivity through the“twin engines”of green technology efficiency and green technology progress,and the impact of tourism urbanization development quality on green technology efficiency is greater than that of green technology progress.(4)From the perspective of regional heterogeneity,tourism urbanization in the middle reaches of the Yellow River Basin has the most significant driving effect on green total factor productivity.Tourism urbanization in the upper and lower reaches of the Yellow River basin can significantly improve green total factor productivity under conditions of high-quality development.
