This paper describes the introduction of biophysical constraints into a disaggregated dynamic New Keynesian (DYNK) model using the example of different resource use scenarios for Europe, derived from global UNEP scenarios. The DYNK model covers 59 industries and five income groups of households...

It is expected that binding biophysical constraints have the potential to slow growth and impede the improvement of other key macroeconomic variables. Using a DYNK (Dynamic New Keynesian) model of the EU27, we study two different environmental policy options and evaluate their impact on...

This paper calculates the CO2e (CO2 equivalents) footprint of private consumption in the EU27 by five groups of household income, using a fully fledged macroeconomic input-output model covering 59 industries and five groups of household income for the EU27. Due to macroeconomic feedback...