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New model for agricultural countermeasures in RODOS and ARGOS

  • Wolfgang Raskob, Michel Hugon, F. Gering (a1), W. Raskob (a2) and T. Charnock (a3)...

Abstract

Predictions of the effects of agricultural countermeasures are an important part of the decision-making process following an accidental release of radioactive material into the environment. A new model has been developed for this purpose and integrated into the EU decision support systems RODOS and ARGOS. The model is based on the existing food chain model of RODOS and the previous model for simulating agricultural countermeasures in RODOS. The characteristics of the countermeasures and the supporting databases have been derived from the compendia and handbooks developed within the EURANOS project. A wide range of potentially practicable countermeasures is considered on timescales from a day to many years, and endpoints related to their imposition are calculated such that the economic and health impacts can be evaluated. This paper outlines the countermeasures methodology adopted and the databases used and discusses their applicability.

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[1]Brown, J., Smith, K.R., Mansfield, P., Smith, J. (1997) Models for Decontamination, Relocation and Agricultural Countermeasures in RODOS, Radiat. Prot. Dosim. 73, 75-79.
[2]Council Regulation 87/3954/EURATOM (1987) laying down the maximum permitted levels of radioactive contamination of foodstuffs and feeding stuffs following a nuclear accident or any other case of radiological emergency. Off J Eur Commun L371/11.
[3]Ehrhardt, J., Raskob, W. (2007) Status of the RODOS system for off-site emergency management after nuclear and radiological accidents and its enhancement under the EURANOS project, IJNGEE 1, 363-371.
[4]Ehrhardt J., Weis A. (2000) RODOS: Decision Support System for Off-site Nuclear Emergency Management in Europe. European Commission, Brussels, Report EUR 19144.
[5]Hoe S., Mc Ginnity P., Charnock T.W., Gering F., Andersson K.G., Astrup P. (2008) ARGOS CBRN Decision Support System for Nuclear and Radiological Emergency Management. In: Proceedings: IRPA 12. The 12th International Congress of the International Radiation Protection Association October 19–24, Buenos Aires, Argentina.
[6]Müller, H., Bleher, M. (1997) Exposure Pathways and Dose Calculations in RODOS: Improvement of Predictions by Measured Data, Radiat. Prot. Dosim. 73, 75-79.
[7]Müller, H., Pröhl, G. (1993) ECOSYS-87: A Dynamic Model for Assessing Radiological Consequences of Nuclear Accidents, Health Phys. 64, 232.
[8]Nisbet A.F., Jones A., Turcanu C., Camps J., Andersson K.G., Hanninen R., Rantavaara A., Solatie D., Kostiainen E., Jullien T., Pupin V., Ollagnon H., Papachristodoulou C., Ioannides K., Oughton D. (2009) Generic handbook for assisting in the management of contaminated food production systems in Europe following a radiological emergency v2. EURANOS(CAT1)-TN(09)-01. Available at http://www.euranos.fzk.de.
[9]Raskob, W., Gering, F., Lochard, J., Nisbet, A., Starostova, V., Tomic, B. (2010) Overview and main achievements of the EURANOS project: European Approach to Nuclear and Radiological Emergency Management and Rehabilitation Strategies, Radioprotection 45, S9-S22.

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New model for agricultural countermeasures in RODOS and ARGOS

  • Wolfgang Raskob, Michel Hugon, F. Gering (a1), W. Raskob (a2) and T. Charnock (a3)...

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