Modelling of Environmental Chemical Exposure and Risk

Foreword. Acknowledgements. Lectures. Pesticide Fate Models and their use. FOCUS Activities; J.B.H.J. Linders. Models used in the USA for the Evaluation of Pesticide Exposure, Hazard and Risk Assessment; M.H. Russell. Quality assurance in environmental modelling; G. Dura, E. Laszlo. Possible approaches for pesticides environmental impact management; M.G. Prodanchuk, A.P. Kravchuk. Pesticide leaching modelling validation. A Recent European Experience; M. Vanclooster. Evaporation of pure liquids from open surfaces; F.C. Arnold, A.J. Engel. Application of USES for estimation of PEC of pesticides and hazard assessment for aquatic environment; V. Kambourova, K. Vassilev. Modelling of operator exposure; A. Fait, B.S. Iversen. Use of alarm model in accidental pollution of Danube River: Case study; S. Chitimiea, A. Varduca. Results of the use of two environmental models for pesticides ranking by hazard; F. Kaloyanova, et al. Recent developments in environmental modelling at Trent University, Canada; I. Cousins, et al. MACRO: a preferential flow model to simulate pesticide leaching and movement to drains; S. Beulke, et al. A scientific and technological framework for evaluating comparative risk in ecological risk assessments; J.M. Johnston. Comparing two alternative pollutant dispersion models and actual data within an environmental health information Processing System (EHIPS); B. Balter, et al. RBCA Toolkit: Comprehensive Risk-based modelling system for soil and groundwater clean-up; J.A. Connor, et al. Danish EPA use of models for assessment of pesticides mobility; C.D. Hansen. An optimization model for the control of regional air quality in Europe; M. Amann, et al. Spatial refinement of regional exposure assessment; V. Berding, et al. Country Reports. Conclusions and Recommendations.