2013American Economic ReviewRequires access

Linking Numerical and Analytical Models of Carbon Leakage

Jared C. Carbone

Open publisher page 31 citations

Abstract

I use an applied general equilibrium model to quantify the influence of a new, theoretical channel for carbon leakage effects, as identified by Fullerton, Karney and Baylis (2012). I first produce parameterizations of the model that generate a close correspondence with the theory, isolating the quantitative effect of this channel. I then produce parameterizations that allow for an examination of net leakage rates in a model with a more comprehensive set of leakage channels. I find that the new channel exerts a negative influence on net leakage rates but that positive forces of leakage dominate in the comprehensive assessment.

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What this paper is about

I use an applied general equilibrium model to quantify the influence of a new, theoretical channel for carbon leakage effects, as identified by Fullerton, Karney and Baylis (2012). I first produce parameterizations of the model that generate a close correspondence with the theory, isolating the quantitative effect of this channel. I then produce parameterizations that allow for an examination of net leakage rates in a model with a more comprehensive set of leakage channels. I find that the new channel exerts a negative influence on net leakage rates but that positive forces of leakage dominate in the comprehensive assessment.

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Available abstract

I use an applied general equilibrium model to quantify the influence of a new, theoretical channel for carbon leakage effects, as identified by Fullerton, Karney and Baylis (2012). I first produce parameterizations of the model that generate a close correspondence with the theory, isolating the quantitative effect of this channel. I then produce parameterizations that allow for an examination of net leakage rates in a model with a more comprehensive set of leakage channels. I find that the new channel exerts a negative influence on net leakage rates but that positive forces of leakage dominate in the comprehensive assessment.

Key concepts: Leakage (economics), Carbon leakage, Channel (broadcasting), Economics, Econometrics, Environmental science, Computer science, Mechanics

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