Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game

The treatment of pollution reduction and carbon reduction in Yongding River Basin involves many stakeholders. It is of great significance and value to analyze the pollution reduction and carbon reduction in Yongding River Basin by using game model, study different game scenarios and participants’ be...

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Main Authors: Shi-Jin Wang, Yu-Xin Zhang
Format: Article
Language:English
Published: Frontiers Media S.A. 2025-06-01
Series:Frontiers in Physics
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Online Access:https://www.frontiersin.org/articles/10.3389/fphy.2025.1547686/full
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author Shi-Jin Wang
Yu-Xin Zhang
author_facet Shi-Jin Wang
Yu-Xin Zhang
author_sort Shi-Jin Wang
collection DOAJ
description The treatment of pollution reduction and carbon reduction in Yongding River Basin involves many stakeholders. It is of great significance and value to analyze the pollution reduction and carbon reduction in Yongding River Basin by using game model, study different game scenarios and participants’ behavior choices and motivations, evaluate the results and effects of the game, and put forward the optimization and improvement scheme of the game. This paper constructs a tripartite game model involving the central government, local governments and river basin companies, and through numerical simulation analysis, reveals the decision-making evolution path and influencing factors of all parties in the implementation of pollution reduction and carbon reduction policies. The results show that the increase of financial subsidies provided by the central government, the improvement of the fine mechanism, the increase of the proportion of central subsidies paid by local governments to river basin companies and the reduction of the costs borne by local governments in implementing pollution reduction and carbon reduction policies can all promote the pollution reduction and carbon reduction actions of local governments and river basin companies. Based on the simulation of the above conclusions, it provides scientific theoretical support and policy suggestions for pollution reduction and carbon reduction in Yongding River Basin, thus forming the effect of joint efforts to enhance the coordinated governance of government and enterprises.
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spelling doaj-art-bf371bae6df04ca8a1a9843dbc89c5f22025-06-30T09:06:04ZengFrontiers Media S.A.Frontiers in Physics2296-424X2025-06-011310.3389/fphy.2025.15476861547686Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite gameShi-Jin Wang0Yu-Xin Zhang1Jiangsu Normal University, Hengshui, Hebei, ChinaJiangsu Normal University, Xuzhou, Jiangsu, ChinaThe treatment of pollution reduction and carbon reduction in Yongding River Basin involves many stakeholders. It is of great significance and value to analyze the pollution reduction and carbon reduction in Yongding River Basin by using game model, study different game scenarios and participants’ behavior choices and motivations, evaluate the results and effects of the game, and put forward the optimization and improvement scheme of the game. This paper constructs a tripartite game model involving the central government, local governments and river basin companies, and through numerical simulation analysis, reveals the decision-making evolution path and influencing factors of all parties in the implementation of pollution reduction and carbon reduction policies. The results show that the increase of financial subsidies provided by the central government, the improvement of the fine mechanism, the increase of the proportion of central subsidies paid by local governments to river basin companies and the reduction of the costs borne by local governments in implementing pollution reduction and carbon reduction policies can all promote the pollution reduction and carbon reduction actions of local governments and river basin companies. Based on the simulation of the above conclusions, it provides scientific theoretical support and policy suggestions for pollution reduction and carbon reduction in Yongding River Basin, thus forming the effect of joint efforts to enhance the coordinated governance of government and enterprises.https://www.frontiersin.org/articles/10.3389/fphy.2025.1547686/fullreduce pollution and carbontrilateral evolutionary gamecooperative emission reductionYongding river regulationcollaborative governance between government and enterprises
spellingShingle Shi-Jin Wang
Yu-Xin Zhang
Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
Frontiers in Physics
reduce pollution and carbon
trilateral evolutionary game
cooperative emission reduction
Yongding river regulation
collaborative governance between government and enterprises
title Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
title_full Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
title_fullStr Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
title_full_unstemmed Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
title_short Research on the participants’ strategy of pollution reduction and carbon reduction from the perspective of tripartite game
title_sort research on the participants strategy of pollution reduction and carbon reduction from the perspective of tripartite game
topic reduce pollution and carbon
trilateral evolutionary game
cooperative emission reduction
Yongding river regulation
collaborative governance between government and enterprises
url https://www.frontiersin.org/articles/10.3389/fphy.2025.1547686/full
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