Environmental Models

Introduction. Welcome address (J. Kjems). Address by F. Van Scheepen, Commission of the European Communities. II. Emissions. Proposal for an international emission inventory for Western European countries (F. Brieda). The CORINAIR project - an EC air pollutant inventory (J.P. Fontelle et al.). Emission of air pollutants in Italy: state of the art (M.C. Cirillo et al.). An air pollution index for environmental management (T. Kallaste). III. Economics. Cost considerations on CO 2 abatement (Y. Smeers, D. Gusbin). Emission inventories and cost effectiveness analysis, the base for sound environmental control policies - the experience in Baden-Wurttemberg (R. Friedrich, A. Voss). Some macroeconomic consequences of emissions to air (S. Glomsrod). Financial control over socio-economic damage in region's economic-ecological model (S. Jackus, V. Navickas). IV. Emissions and Short-Range Effects. Local breeze effect on the emission atmospheric diffusion in the industrial area of Genoa (Italy) (R. Festa et al.). Air pollution around Cheminova (F. Andersen). A simulation computer model for evaluating air quality (P. Holnicki). Air pollution information system - tool for desk-top air pollution management on a local scale (H.P. Baars et al). V. Biological Effects. Assessing impact of climatic change on crop production using growth models (J.E. Olesen). Quantitative relationship between air pollutant exposures and effects on plant growth and yield (H. Ro-Poulsen et al.). Stress consequences of technological emissions (J. Pop-Jordanov, N. Pop-Jordanov). Recent development in structural dynamic models (S.N. Nielsen). VI. Energy and Environmental Planning. A study on reducing environmental emissions from energy system - a milestone towards consequence free (T. Nagano et al.). The greenhouse effect as an uncertainty in energy planning: case study Sweden (T. Larsson, C.O. Wene). Technical options for a stringent clean air concept in Switzerland (S. Kypreos). Implementation of MARKAL-Quebec energy model with emissions factors, abatement technologies and SO 2 constraints (C. Beajer et al.). Integrated energy and environmental planning (E. Bernsen et al.). Energy and environment: optimal control strategies for reducing emissions from energy production and energy use (O. Rentz et al.). A model for analysing environment driven investments in the Danish space heating sector (L.H. Nielsen, P.S. Christensen). The new Italian energy plan: assessing the effect of different regulatory scenarios on the reduction of air pollutant emissions generated by fossil fuels (G.C. Pinchera et al.). SESAM-Denmark - sustainable energy systems analysis model (K. Illum). CO 2 emissions and ways of restructuring energy supplies in the FRG in view of goals stipulated at the ``Toronto Conference'' (H.J. Wagner). Environmental information and planing model ``RIM''(R. Thomas et al.). VII. Aquatic Systems. A general model for the heavy metal pollution of aquatic ecosystems (S.E.