Title
Analysis of emission right prices in greenhouse gas emission trading via agent-based model
Abstract
This paper proposes a participant nation model for international emission trading; adaptive agents are used to explore the conditions under which an emission trading market is successful. In this study, the participation nation models with and without the compliance mechanism as prescribed in the Kyoto Protocol are compared; the simulation results for these two cases show a significant difference in both the market price and the amount of gas emissions. Intensive simulations revealed the following successful conditions for the compliance mechanism: 1 the different carbon emission reduction targets for participant nations, as prescribed in the Kyoto Protocol, contributes to reducing the emission amount, 2 there exists a critical boundary for success i.e., less than -6% emission reduction target when all participant nations set negative emission reduction targets, 3 a few developing countries with positive emission reduction targets are indispensable for maintaining market trading, and 4 the use of the compliance mechanism helps reduce emissions, while in the case of noncompliance, reduction of emission is not achieved.
Year
DOI
Venue
2013
10.3233/MGS-130207
Multiagent and Grid Systems
Keywords
Field
DocType
emission trading market,agent-based model,emission reduction target,different carbon emission reduction,greenhouse gas emission trading,emission right price,negative emission reduction target,gas emission,participant nation,international emission trading,kyoto protocol,compliance mechanism,emission amount
Clean Development Mechanism,Emissions trading,Agent-based model,Kyoto Protocol,Simulation,Computer science,Market price,Developing country,Adaptive agents,Greenhouse gas,Environmental economics,Distributed computing
Journal
Volume
Issue
ISSN
9
3
1574-1702
Citations 
PageRank 
References 
0
0.34
4
Authors
3
Name
Order
Citations
PageRank
Tomohiro Nakada100.34
Keiki Takadama226585.47
Shigeyoshi Watanabe3157.42