Workplan

WP1:
Analytical Framework

WP2:
Facets of Sustainability

WP3:
Policy Scenarios

WP 4

WP 5

Preparing the core models for Impact Assessment (IA) and policy simulations

Workpackage 1, Task 1

Content

Two integrating activities are necessary for preparing the core models for the policy simulations. First, the models were extended, if necessary, as to the list of variables needed for Impact Assessment (IA). Second, matching input variables were defined for the forecasting, simulation, and backcasting analyses. The result of this task was a comprehensive analytical framework that integrates the comparative advantages of various model designs and emphasises issues related to sustainability.
Impact Assessment (IA) in terms of a “careful assessment of the full effects of [any larger] policy proposal [that] must include estimates of its economic, environmental and societal inputs inside and outside the EU” is now mandatory for all major EU policy initiatives. In general, there is no specific model that fits all requirements for comprehensive SIA, but rather a package of models (or methods) depending on the policy measure or issue to be assessed and the availability of data.
The EC and Belgian Ministry of Scientific Affairs organised in 2001 a workshop to give an overview and classification of tools and methodologies for underpinning SD policies. A set of models was presented and their contribution to SD policy discussed with respect to their ability to take into account five methodological criteria which are of crucial importance as far as SD issues are considered: risk and uncertainty, interdisciplinarity , glocality (globality/locality), long-term and stakeholders’ participation.
Given this background, the main activities within Task 1 were:

  • The increase of the range of indicators covered by the various models either by systematic (complementary) inter-linkages or by straightforward specific model extensions.
  • The matching of input variables as a prerequisite for joint model application for forecasting, simulation, and backcasting.
Documents
Partners

ZEW (lead) with all modelling groups in the Transust.Scan consortium