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...

With reference to the use of material and energy resources, we seek to • underline the need for a marked socio-ecological transition. Business-as-usual will fail in the face of an unprecendented rise in global demand, a rising price level and volatility of raw materials and indications of...

In this contribution we describe how green policies should be designed to activate private innovation forces for ecological transitions. We look at the evidence on the current deployment of green policies and the current performance of the private green innovation machine. We try to assess how...

The European Union has implemented demand push and technology pull policies to foster innovation on the energy and resource efficiency of capital goods. The state of the art of general equilibrium modelling applied to environmental policy rarely treats product and process innovation separately...

A major objective of this study is to analyse the evolutionary patterns of regional linkages and disparities across the EU space, especially those related to rural and peripheral/remote regions. In particular, this report assesses the economy-wide effects, in terms of GDP and employment,...

WP 201 takes a historical perspective in analysing past systemic social-ecological transition processes. The research paper (MS 27) emerging from task 201.2 explores two major energy transitions of the past: the transition to the use of fossil fuels (e.g. starting with coal in the UK in the 17th...