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In this study, we have developed a simulation model for analyzing the problem of global warming by considering the costs and benefits of carbon management, the long-term global carbon cycle change and the negotiation process over time by more than two decision makers . The main tool to analyze the simulation model is the Markovian Nash equilibrium over the dynamic system of the global warming and economic optimization. The dynamic system on this study is based on RICE (the Regional Dynamic Integrated model of Climate and the Economy) model . In addition, we consider three different type carbon cycle models to simulate the dynamic system; the first is the box-diffusion model applied on RICE, the second is deterministic decreasing carbon sink model, and the third is the stochastic abrupt carbon sink change model. We have analyzed the implications of the difference to the decision making in terms of the long-term global emission reduction pathways.
- 社団法人 環境科学会の論文
社団法人 環境科学会 | 論文
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