四方主体参与碳减排的演化博弈研究

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Abstract This study focused on the collaborative emission reduction governance model that involved multiple entities, wherein an evolutionary game model was constructed among the central government, local government, enterprises, and environmental NGOs. The stability of each equilibrium point was meticulously analyzed, and data simulation was conducted using Matlab software to explore the influence of varying parameters on the strategic choices of the four game participants. The findings revealed that out of the 16pure strategy equilibrium points in the game system, five were conditionally stable. The choice of strategy by the game participants was found to be dependent on the relative net benefit of that strategy, with a greater relative net benefit increasing the likelihood of the strategy being chosen by the relevant participants. It was observed that enhancing the central government's transfer payments to local governments and escalating penalties for non-implementation by local governments could stimulate their active evolution, enabling the system to transition to a stable state more swiftly. While it was noted that increasing enterprises' emission reduction subsidies could foster the growth of a low-carbon economy in the short term, it was not seen as a sustainable governance model. Excessive emission reduction subsidies were found to potentially trigger passive evolution of local governments, preventing the game system from achieving the ideal stable state. Furthermore, it was discovered that augmenting disclosure rewards for environmental NGOs could also induce enterprises to evolve proactively, facilitating the system's faster evolution to the desired stable state. In conclusion, the study proposed respective suggestions for the central government, local governments, enterprises, and environmental NGOs, thereby offering theoretical insights for the advancement of China's low-carbon economy.

Key words： low carbon economy enterprise carbon emission reduction four parties evolutionary game

Received: 11 April 2023

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X32

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	CUI Ning
	ZHOU Yu
	ZHAO Xiao-liang

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CUI Ning,ZHOU Yu,ZHAO Xiao-liang. Research on the evolutionary game of carbon emission reduction involving four entities[J]. CHINA ENVIRONMENTAL SCIENCECE, 2023, 43(12): 6788-6802.

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http://www.zghjkx.com.cn/EN/ OR http://www.zghjkx.com.cn/EN/Y2023/V43/I12/6788

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