Radioactivity in rainwater following the chernobyl accident
Rainfall is a widely-acknowledged vehicle for the removal and deposition at ground level of atmospheric-borne materials. The events following the Chernobyl accident demonstrated once again the importance of atmospheric conditions in dispersing, transporting and depositing pollutants. Much attention has been paid to the contamination of vegetation and food products, yet the quality of the contaminated rainwater has been overlooked. This paper reports and summarises the findings from Great Britain and Scandinavia and shows that the issue is far from simple or easily understood.
KeywordsEnvironmental Management Nature Conservation Food Product Ground Level Atmospheric Condition
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- Devell, L.et al., (1986) Initial observations of fallout from the reactor accident at ChernobylNature 321, 192–193.Google Scholar
- Finnish Centre for Radiation and Nuclear Safety (1986) Interim Report of Fallout Situation in Finland from April 26th to May 4th 1986, Helsinki.Google Scholar
- Fry, F. A., Dodd, N. J., Green, N., Major, R. O., and Wilkins, B. T. (1982) Environmental Radioactivity Surveillance Program: results for the UK in 1981 National Radiological Protection Board report 134.Google Scholar
- Fry, F. A., Clarke, R. W., and O'Riordan, M. C. (1986) Early estimates of UK radiation doses from the Chernobyl reactor.Nature 321, 193–195.Google Scholar
- Greenfield, S. M. (1957) Rainfall scavenging of radioactive particulate matter from the atmosphere.J. Meteorology 14, 115–123.Google Scholar
- National Institute for Radiation Hygiene (1986) Tshernobyl — ulykken måleprogrammer ved Statens Instituten for Strålehygiene. Arbeidsdokument 6, Osterås, Norway.Google Scholar
- Pasquill, F., and Smith, F. B. (1974)Atmospheric Diffusion. (2nd ed.) Ellis Horwood, Chichester.Google Scholar
- Smith, F. B. (1983) Long-range transportation of air pollutionMet. Mag. 111, 237–244.Google Scholar