Today’s world is dramatically different from what it was forty or even only twenty years ago. The population and primary energy consumption figures have shot upwards, and global future perspectives are changing, because the world needs more and more natural resources to keep up with its high...

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...

Most economic models struggle to incorporate biophysical relationships between materials, energy and emissions, in order to appropriately deal with biophysical constraints of supply (and possibly also demand). After the incorporation of biophysical constraints, some functions produced surprising...

Today Africa is a small emitter, but it has a large and faster-than-average growing population and per capita income that could drive future energy demand and, if unconstrained, emissions. This paper uses a multi-model comparison to characterize the potential future energy development for...

Chapter 1 of this report reviews a number of approaches to conceptualize and operationalize biophysical constraints for economic performance. The starting point is a scoping study by Cambridge Econometrics and Sustainable Europe Research Institute (SERI) that reviews a large number of...

The main purpose of this study is to investigate empirically the impact of energy consumption and economic growth on the environmental degradation as measured by CO2 emissions. We utilize the cointegration test, the fully modified OLS, and the panel causality to examine the causality between...

The evolution during the Anthropocene is analyzed through the interaction between economic and technological development, characterized by the role of fossil fuels and by the progressive dominance of those with a higher energy and density power. The challenge is how to make the rising demand for...

Energy leapfrogging may have critical implications for a world that seeks to reduce its fossil fuel use and greenhouse gas emissions, and in which most future economic growth will be concentrated in rapidly growing, industrializing countries rather than in more mature economies. The current...

This report examines the current state of knowledge about green growth in cities and outlines the key research questions and protocols that will guide the OECD Green Cities programme. It builds the case for an urban green growth agenda by examining the economic and environmental conditions that...

This study investigates the main interrelations generated by the impact of foreign capital along with financial development on clean energy consumption and environmental degradation proxied by the inclusion of CO2 emissions. In doing so, we used panel data techniques targeted at BRICS and...