The present paper studies labour migration in the enlarged EU. Adopting the Krugman’s framework of the New Economic Geography, we are able to study both the determinants of labour migration, such as market potential, wages, cost of living on one hand, and labour migration on the other hand...

In this paper we develop an applied general equilibrium framework for assessing socio-economic impacts of alternative renewable energy policies and apply it to the bioenergy sector. The policy scenarios are assessed in a comparative static analysis. The numerical simulation results allow us to...

In this paper we develop an analytically solvable and structurally estimable economic geography model and apply it to predict migration flows for the period following the CEE’s integration with the EU. The main innovation of our approach is that it endogenises both explanatory variables and...

In this paper we analyse the possible impact of Cohesion Policy 2014-2020, putting together the investments supported by EU funding in all NUTS2 regions and running a set of simulations. We make use of RHOMOLO, a spatial CGE model tailored for economic analysis at the subnational level, which is...

This paper outlines how regional labour market adjustments to macroeconomic and policy shocks are modelled in RHOMOLO through participation, employment and migration decisions of workers. RHOMOLO, being a multisectoral, inter-regional general equilibrium model, is complex both in terms of its...

This paper describes the dynamic spatial general equilibrium model, Regional Holistic MOdeL(RHOMOLO), developed by the European Commission, where the labour market equilibrium is determined by firms’ labour demand, unemployment and interregional labour migration. We carry out simulations on...

The present paper studies the modelling of inter-regional trade flows in the newly developed general equilibrium model of European Commission, Rhomolo. In contrast to international trade, usually, trade of goods and services between regions is not recorded statistically. As a result, no...