MIRAGRODEP Dual-Dual is a recursive-dynamic multi-region, multi-sector computable general equilibrium model, devoted to trade and agricultural policy analysis. It is developed for AGRODEP and draws upon the MIRAGE model built by CEPII.
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Spatial equilibrium model for AGRODEP
This technical note aims to introduce a spatial equilibrium model (SEM) to AGRODEP members. Specifically, by using simplified data, a pedagogic tool is developed to explain the design of a spatial equilibrium model.
Un modele d'equilibre spatial pour AGRODEP
L’objectif de cette note technique est de présenter un modèle d’équilibre spatial (MES) mis à la disposition des membres d’AGRODEP.
The AGRODEP Consistent Policy Aggregator Toolbox was created to assist users perform aggregation and tariff reduction senarios.
This AGRODEP Technical Note provides a literature review on the topic of estimation of demand and supply elasticities.
Micro-macro syntheses have become a powerful tool to capture the micro effects of macro policies and external shocks on income distribution and poverty.
The gravity model in international trade
Since Jan Tinbergen’s original formulation (Tinbergen 1962), gravity has long been one of the most successful empirical models in economics.
Documentation of the export restrictions and import tariffs overall impacts (ERATO) PE model
Partial equilibrium (PE) analysis is commonly used to analyze the effects of policies, in particular trade policies, on price and welfare in the market that is directly affected.
Functional forms commonly used in CGE models
This technical note presents a review of the functional forms commonly used to represent demand and production in Computable General Equilibrium (CGE) models. The general properties of demand and production functions are described.
Modeling commodity markets in stochastic contexts: A practical guide using the RECS toolbox version 0.5
This document describes the RECS toolbox and also several applications of this modeling framework to commodity markets related issues.
Hands-on gravity estimation with STATA
In this document we give several examples of hands-on estimation to familiarize yourself with the gravity equation methodological choices highlighted in the literature review.