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  1. GIS-based modelling to identify regions of Ukraine, Belarus and Russia affected by residues of the Chernobyl nuclear power plant accident.

    Article, Communication - En anglais

    RISK 97 International Conference. Amsterdam, NLD, 1997/10/21.

    Within the framework of the EC-financed RESTORE project (EC DGXII Nuclear Fission Safety Programme), a GIS-based Environmental Decision Support System (EDSS) will be developed to help local authorities identify vulnerable collective units (e.g. settlements, collective farms) having population groups with critical radiocaesium doses.

    The EDSS will include methods for modelling the spatial and temporal variation of radiocaesium in alluvial and peaty soils through flooding, radiocaesium transfer from different soil types to food products, and the collection and intake of food products by the human population.

    The spatial models will be written in PCRaster, a raster GIS and dynamic modelling toolkit that includes geostatistical analysis, conditional simulation, and topological modelling.

    Mots-clés Pascal : Ukraine, Europe Est, Europe, Bélarus, Russie, Eurasie, Industrie nucléaire, Centrale nucléaire, Réacteur Tchernobyl-4, Accident, Radioisotope, Césium Isotope, Pollution radioactive, Devenir polluant, Variation spatiale, Variation temporelle, Homme, Radiocontamination, Impact environnement, Dose rayonnement, Modélisation, Système information géographique

    Mots-clés Pascal anglais : Ukraine, Eastern Europe, Europe, Belarus, Russia, Eurasia, Nuclear industry, Nuclear power plant, Chernobylsk-4 reactor, Accident, Radioisotope, Cesium Isotopes, Radioactive pollution, Pollutant behavior, Spatial variation, Time variation, Human, Radioactive contamination, Environment impact, Radiation dose, Modeling, Geographic information system

    Logo du centre Notice produite par :
    Inist-CNRS - Institut de l'Information Scientifique et Technique

    Cote : 98-0500974

    Code Inist : 001D16E. Création : 19/02/1999.