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[en] In 1992, a joint EC-CIS team of experts started to develop a hydrological module for the decision support system RODOS. A model chain was outlined covering me processes such as run-off of radionuclides from watersheds following deposition from the atmosphere, transport of radionuclides in river systems and the radionuclide behavior in lakes and reservoirs. The output from the hydrological transport chain is used to calculate the main exposure pathways such as the doses derived from the consumption of drinking water, of fish, of irrigated foodstuffs and the external irradiation. Test and validation studies of the whole chain as well as for individual models were performed on the basis of experimental data from the basins of Dnieper and Rhine. A user friendly graphical interface was developed to operate the individual models inside the hydrological module
Source
Karaoglou, A.; Desmet, G.; Kelly, G.N.; Menzel, H.G. (European Commission, Brussels (Belgium)); European Commission, Brussels (Belgium); Ministry for Emergency, Minsk (Belarus); Ministry for Emergency, Kiev (Ukraine); Ministry for Emergency, Mocsow (Russian Federation). Funding organisation: European Commission, Brussels (Belgium); 1192 p; ISSN 1018-5593; 
; 1996; p. 1139-1148; 1. international conference on 'The radiological consequences of the Chernobyl accident'; Minsk (Belarus); 18-22 Mar 1996; 6 figs., 13 refs.
; 1996; p. 1139-1148; 1. international conference on 'The radiological consequences of the Chernobyl accident'; Minsk (Belarus); 18-22 Mar 1996; 6 figs., 13 refs.