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基于脆弱性视角的湿地生态系统利益相关者行为策略演化博弈

Evolutionary game of stakeholders' behavioral strategies in wetland ecosystems from the vulnerability perspective.

作者信息

Mao Qinghua, Xu Linyao, Wu Runwei

机构信息

School of Economics and Management, Yanshan University, Qinhuangdao, 066004, China.

出版信息

Environ Sci Pollut Res Int. 2023 Mar;30(15):43419-43439. doi: 10.1007/s11356-023-25300-5. Epub 2023 Jan 19.

Abstract

Wetland ecosystems have been seriously degraded by human activities and natural factors, and its restoration and coordinated development depend on long-term effective cooperation between the government and investors and providers. From the perspective of vulnerability of wetland ecosystem construction, this paper takes the government and investors, providers as the research object and propose a wetland ecosystem cooperation network, the article considers the "Matthew effect" of network connection and relationship cost, and uses the method of the evolutionary game on complex networks to construct the cooperative game model of wetland ecosystems. This research finds that (1) the vulnerability of wetland ecosystem varies greatly in different development stages, especially when the government subsidy coefficient for providers is reduced to 0.3, the vulnerability index is instead smaller.(2) The cooperative strategy adopted by investors can produce synergistic effect, which plays a major role in the healthy function of wetland ecosystem. (3) When the government subsidy coefficient for investors reaches 0.8, wetland ecosystem vulnerability shows a significant downward trend; when the provider loss coefficient reaches 0.8, wetland ecosystem vulnerability is significantly reduced and system stability is significantly enhanced. Thus, when the government actively promotes cooperation by adopting appropriate subsidies and regulation for investors and providers, the willingness of investors and providers to cooperate rapidly converges to 1, wetland ecosystem in vulnerability is at the lowest level. Finally, the findings combined with the numerical simulation analysis indicates that the importance of investors cooperating with the government in taking cooperative strategies actively, showing that stakeholder behavioral strategies can improve wetland ecosystem vulnerability. This paper provides a theoretical basis for the cooperation of wetland ecosystem stakeholders and a new direction for effectively reducing the vulnerability of wetland ecosystems and building efficient and benign wetland ecosystems in practice, which is of far-reaching significance for promoting wetland conservation management and an important reference value for wetland conservation planning, governance and improving the level of wetland conservation management.

摘要

湿地生态系统因人类活动和自然因素而严重退化,其恢复与协调发展依赖于政府与投资者、供给者之间的长期有效合作。从湿地生态系统建设脆弱性的角度出发,本文以政府、投资者、供给者为研究对象,提出了湿地生态系统合作网络,考虑了网络连接的“马太效应”和关系成本,运用复杂网络上的演化博弈方法构建了湿地生态系统合作博弈模型。本研究发现:(1)湿地生态系统在不同发展阶段的脆弱性差异很大,特别是当政府对供给者的补贴系数降至0.3时,脆弱性指数反而更小。(2)投资者采取的合作策略能产生协同效应,对湿地生态系统的健康功能起主要作用。(3)当政府对投资者的补贴系数达到0.8时,湿地生态系统脆弱性呈显著下降趋势;当供给者损失系数达到0.8时,湿地生态系统脆弱性显著降低,系统稳定性显著增强。因此,当政府通过对投资者和供给者采取适当补贴和监管来积极推动合作时,投资者和供给者的合作意愿迅速收敛到1,湿地生态系统的脆弱性处于最低水平。最后,研究结果结合数值模拟分析表明投资者与政府积极采取合作策略的重要性,表明利益相关者的行为策略可以改善湿地生态系统脆弱性。本文为湿地生态系统利益相关者的合作提供了理论依据,为在实践中有效降低湿地生态系统脆弱性、构建高效良性的湿地生态系统提供了新方向,对促进湿地保护管理具有深远意义,对湿地保护规划、治理及提高湿地保护管理水平具有重要参考价值。

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