Planning capital-labor substitution and intertemporal equilibrium with a non-linear multi-sector growth model

Abstract

A non-linear multi-sector model, postulating sectoral production functions and price-responsive demand functions linked around an input-output matrix in a general equilibrium framework, is used to simulate capital-labor substitution on a growth path characterized by intertemporal equilibrium. It demonstrates how the ‘temporary equilibrium’ or ‘sequential temporary equilibrium’ form of models that allow substitution can be extended into an intertemporally indecomposable equilibrium model without abandoning interaction between prices and quantities in the determination of technology and demand. The model is applied to the analysis of the impact of changes in real-wage growth on the characteristics of the equilibrium growth path of the Turkish economy with special attention given to the employment problem.