We consider new developments in coalition theory for the design of international environmental agreements (IEAs). Applying an empirical model on climate change that comprises benefit and cost estimates from abatement for 12 world regions, we analyze how the design of an agreement affects the success of self-enforcing IEAs. We analyze single versus multiple coalitions, open versus exclusive membership with majority and unanimity voting, and no transfers versus transfers with four different transfer schemes
Abstract Non-cooperative game theoretical models of self-enforcing international environmental agree...
We combine the newest concepts of non-cooperative coalition theory with a computable general equilib...
Almost all international environmental treaties require a minimum number of countries to ratify the ...
We consider new developments in coalition theory for the design of international environmental agree...
We consider new developments in coalition theory for the design of international environmental agree...
This paper compares stability of international environmental agreements for six different rules of c...
We analyze the design of optimal international environmental agreement (IEA) by a three-stage coalit...
A puzzle in the literature on the formation of coalitions supporting International Environmental Agr...
In recent years, the number of publications that analyze the formation and stability of internationa...
We empirically test stability of climate change coalitions with the STAbility of Coalitions model (S...
We report results from a comparison of numerically calibrated game theoretic integrated assessment m...
This article provides a non-technical overview of important results of the game theoretical literatu...
We combine the newest concepts of non-cooperative coalition theory with a computable general equilib...
We analyze stability of self-enforcing climate agreements based on a data set generated by the CLIMN...
We combine the newest concepts o non-cooperative coalition theory with a computable general equilibr...
Abstract Non-cooperative game theoretical models of self-enforcing international environmental agree...
We combine the newest concepts of non-cooperative coalition theory with a computable general equilib...
Almost all international environmental treaties require a minimum number of countries to ratify the ...
We consider new developments in coalition theory for the design of international environmental agree...
We consider new developments in coalition theory for the design of international environmental agree...
This paper compares stability of international environmental agreements for six different rules of c...
We analyze the design of optimal international environmental agreement (IEA) by a three-stage coalit...
A puzzle in the literature on the formation of coalitions supporting International Environmental Agr...
In recent years, the number of publications that analyze the formation and stability of internationa...
We empirically test stability of climate change coalitions with the STAbility of Coalitions model (S...
We report results from a comparison of numerically calibrated game theoretic integrated assessment m...
This article provides a non-technical overview of important results of the game theoretical literatu...
We combine the newest concepts of non-cooperative coalition theory with a computable general equilib...
We analyze stability of self-enforcing climate agreements based on a data set generated by the CLIMN...
We combine the newest concepts o non-cooperative coalition theory with a computable general equilibr...
Abstract Non-cooperative game theoretical models of self-enforcing international environmental agree...
We combine the newest concepts of non-cooperative coalition theory with a computable general equilib...
Almost all international environmental treaties require a minimum number of countries to ratify the ...