This paper outlines the concepts and methods used by the OECD Secretariat to derive estimates of potential output and capacity utilisation for the major seven countries. While there are many alternative definitions of potential output, the one which is currently being used by the OECD...

This paper presents business sector supply blocks for thirteen smaller OECD economies. The starting point is the approach adopted by the Economics and Statistics Department for the major economies. The structure of the supply blocks is explained and estimation results are presented. Results from...

While the philosophy behind the supply block has not changed since its initial version, each of the block's behavioural equations as well as the parameters of the production functions have been substantially modified. These modifications have been motivated, in general, by a wish to improve the...

This paper presents business sector supply blocks for thirteen smaller OECD economies. The starting point is the approach adopted by the Economics and Statistics Department for the major economies. The structure of the supply blocks is explained and estimation results are presented. Results from...

While the philosophy behind the supply block has not changed since its initial version, each of the block's behavioural equations as well as the parameters of the production functions have been substantially modified. These modifications have been motivated, in general, by a wish to improve the...

This paper presents simulation results using the OECD Secretariat's GREEN model to quantify the economic costs of possible international agreements to curb CO2 emissions. These results supersede the initial GREEN results published in Working Paper no. 103 in June 1991. The first section of the...

The OECD Secretariat has developed a multi-region, multi-sector. dynamic general equilibrium model to quantify the economy-wide and global costs of policies to curb emissions of carbon dioxide (CO2). The project is called the GeneRal Equilibrium ENvironmental model, hereafter referred to as...