基于MRCGE-GTAP的温室气体减排分析 科学出版社 mobi 百度云 txt pdb 下载 lrf pdf 地址

Facing more and more extreme environmental events, the whole human societyhas realized that more attention should be paid to protect this planet's environment.As a result, the United Nations Framework Convention on Climate Change(UNFCCC) had been settled as the first worldwide formal framework to settleproblems brought by climate changes. But two decades after the UNFCCC wasconstructed, the proposition on reducing global greenhouse gas (GHG) is still in a longgame.

In this research, a Multi-Regional Computable General Equilibrium (MRCGE)was created to evaluate the possible energy resource tax's effect for different regionsof China. Furthermore, such a model could form a linkage to the Global TradeAnalysis Project (GTAP) model as a new analysis tool, which considered both theinner country regional division of China and world region division to evaluate thecarbon tax effectiveness in China and worldwide.

Preface

1. Origin of Greenhouse Gas Issue

2. Literature Review

2.1 What is CGE Model?

2.2 CGE Analysis on Carbon Tax Effect Worldwide

2.3 CGE Analysis on Carbon Tax Effect in China

2.4 Current Multi-Regional CGE Models

2.4.1 MMRF-Green Model

2.4.2 GTAP-E Model

3. Responses to Current Climate Change

3.1 International Responses

3.2 Nation and Regional Political Responses

3.3 Responses from Multinational Cooperations

3.4 China's Responses

4. Will China's Energy Resource Tax Policy Work?

4.1 Model Structure

4.2 Data and Scenario

4.2.1 Regional Division

4.2.2 Industry Classification

4.2.3 Scenarios

4.3 Analysis Results

4.3.1 National Level Effect

4.3.2 Regional Level Effect

4.3.3 Industry Indicator

4.4 A Dynamic Extension

4.4.1 Model Extension

4.4.2 Data Resource and Scenario Setup

4.4.3 Results

4.5 Conclusion

5. What Will Happen When the World Works Together?

5.1 Model Structure

5.2 Data and Scenario

5.2.1 Regional Division

5.2.2 Industry Classification

5.2.3 Scenarios

5.3 Analgsis Results

5.3.1 Changes in EV and CO2 Emission Reductions in China

5.3.2 China's Industry Changes

5.3.3 Change of Household EV and CO2 Reduction of World Regions"

5.3.4 Industrial Output in World Regions

5.4 Conclusion

6. Concluding Remarks

6.1 Simulation Model Construction

6.2 Analysis for China

6.3 Analysis for the World

6.4 Conclusion

Reference

Appendix

Model 1 : One National, Multi-Region, Static Model

Model 2: Multi-National, Multi-Region, Static Model

Model 3: One National, Multi-Region, Dynamic Model

Acknowledgment

Zhengning Pu, Ph.D. Associate Professor in Economics. born in Nanjing, China. He got his Bachelor's degree (in Economics) and Master's degree (in Management) from Southeast University, and then received full scholarship from China Scholarship Council to eam his Ph.D (in Economics) from Tohoku University Japan. He currently works in Econorrucs Department School of Economics and Management, Southeast University.Pu is in the first batch of Jiangsu "Double Plan" of Entrepreneurship and Innovation,He is also the trustee of the World Economic Association of China.His research interest includes environment and energy management,health management and economic development,regional innovation system.

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