Environment Regulation and Green Total Factor Productivity: A Case Study in the Yellow River Basin
Abstract
From the perspective of the dual effects of cost and technological innovation, the impacts of two types of environmental regulations and their synergistic effects on green total factor productivity are analyzed. Research shows that: the command type, market-oriented green total factor productivity improvements of the basin show a positive role in promoting, at the same time, market-oriented regulation strength instead of their own technological innovation ability in the work together in the valley of green in the process of the total factor productivity improvements, cooperate efforts to achieve better coordination between them, realize the coordinated development.
References
Porter ME. America’s Green Strategy[J]. Scientific American, 1991:193-246.
Simoes, P, Rui, CM. Influence of regulation on the productivity of waste utilities. What can we learn with the Portuguese experience? [J]. Waste Management, 2012, 32(6)：1266-1275.
He, XB. Heterogeneous environmental regulation and the quality of China's economic growth: Is administrative order better than market means? [J]. Journal of business research, 2020 (9) : 82-91.
Guo, H, Ren, BP. Spatial governance of high-quality development in the Yellow River Basin: mechanism interpretation and realistic strategies [J]. Reform,2020(04):74-85.
Yang, Y. Fine-tuning rationality and reality questioning of command-and-control environmental regulation [J]. Journal of southeast university (philosophy and social science edition), 2017, 19(S1):100-104.
Yin, BQ. Environmental regulation and green total factor productivity in China's manufacturing industry: An empirical study based on the perspective of international vertical specialization. China population, resources and environment, 2012, 22(12):60-66.
Zhao, H. The impact of environmental regulation on Industrial technological innovation in China [J]. Economic Management, 2007(21):57-61.
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