Ex-Ante Evaluation of Sub-National Labor Market Impacts of Trade Reforms
A macro-micro simulation framework that links a computable general equilibrium model with the survey-based global income distribution dynamics model can be used to assess the economic and distributional effects of macroeconomic shocks and policies....
| Main Authors: | , , |
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| Format: | Working Paper |
| Language: | English |
| Published: |
World Bank, Washington, DC
2020
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| Subjects: | |
| Online Access: | http://documents.worldbank.org/curated/en/332741606143605050/Ex-Ante-Evaluation-of-Sub-National-Labor-Market-Impacts-of-Trade-Reforms http://hdl.handle.net/10986/34833 |
| Summary: | A macro-micro simulation framework that
links a computable general equilibrium model with the
survey-based global income distribution dynamics model can
be used to assess the economic and distributional effects of
macroeconomic shocks and policies. The methodology is used
to assess the economic and subnational labor market impacts
of a series of stylized trade policy options for the Sri
Lankan economy over a 10-year time period. The analysis
focuses on the impact of unilateral para-tariff
liberalization, free-trade agreements with China or India,
and a full-reform scenario. The simulation results show that
more ambitious trade reform can result in larger gains in
gross domestic product, poverty reduction, and exports,
particularly in sectors employing a higher proportion of
women. In the absence of additional policies, growth is not
equally distributed. In all the scenarios in which the Sri
Lankan economy grows, the distribution of gains is
regressive. Increasing labor demand for skilled workers
translates into a larger skilled wage premium -- by as much
as 1.1 percent with respect to the baseline. Implementation
of full trade reform accelerates the concentration of
economic activity in the western regions of Colombo,
Gampaha, and Kalutara. Net employment gains in the western
regions would increase from 111,000 to 136,000 in the full
reform scenario by 2028 and with respect to baseline conditions. |
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