Huff and Hertel (2001) derive a welfare decomposition for the equivalent variation in the GTAP model. The derivation appears to be very specific to GTAP. Nevertheless, it contains nearly all the ingredients required for performing welfare decomposition for any CGE model. In this paper, the approach of Huff and Hertel (2001) is generalised to derive a welfare decomposition that can be applied to most, if not all, CGE models. General production and utility functions are accommodated, as are foreign income flows. A brief guide to coding the proposed welfare decomposition in GEMPACK is also provided. The decomposition is applied to decomposing the equivalent variation in GTAP
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
Abstract: The paper discusses methodologies addressing income distribution and poverty in a Computa...
Huff and Hertel (2001) derive a welfare decomposition for the equivalent variation in the GTAP model...
Huff and Hertel (2001) derive a welfare decomposition for the equivalent variation in the GTAP model...
This paper proposes a new decomposition of welfare effects simulated by Computable General Equilibri...
This paper develops a complete decomposition of the change in global welfare in the GTAP model. In p...
The conventional approach to the welfare analysis of preferential trade areas (PTAs) often focuses e...
Le document propose une nouvelle décomposition du bien-être obtenu par les modèles EGC. Jusqu'à prés...
The GTAP model, versions 4.1 and lower, suffers from some defects in the implementation of the regio...
Computable general equilibrium (CGE) models are used widely in policy analysis. The purpose of this ...
The GTAP model, versions 4.1 and lower, suffers from some defects in the implementation of the regio...
When a general equilibrium model is solved, there are often a large number of exogenous shocks. The ...
Computable general equilibrium (CGE) models are used widely in policy analysis. The purpose of this ...
This document describes how explicit import and export quotas can be implemented and solved in the G...
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
Abstract: The paper discusses methodologies addressing income distribution and poverty in a Computa...
Huff and Hertel (2001) derive a welfare decomposition for the equivalent variation in the GTAP model...
Huff and Hertel (2001) derive a welfare decomposition for the equivalent variation in the GTAP model...
This paper proposes a new decomposition of welfare effects simulated by Computable General Equilibri...
This paper develops a complete decomposition of the change in global welfare in the GTAP model. In p...
The conventional approach to the welfare analysis of preferential trade areas (PTAs) often focuses e...
Le document propose une nouvelle décomposition du bien-être obtenu par les modèles EGC. Jusqu'à prés...
The GTAP model, versions 4.1 and lower, suffers from some defects in the implementation of the regio...
Computable general equilibrium (CGE) models are used widely in policy analysis. The purpose of this ...
The GTAP model, versions 4.1 and lower, suffers from some defects in the implementation of the regio...
When a general equilibrium model is solved, there are often a large number of exogenous shocks. The ...
Computable general equilibrium (CGE) models are used widely in policy analysis. The purpose of this ...
This document describes how explicit import and export quotas can be implemented and solved in the G...
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
This paper is for CGE modelers and others interested in modern trade theory. The Armington specifica...
Abstract: The paper discusses methodologies addressing income distribution and poverty in a Computa...