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Hamblin said nuclear scientists have long decried public concerns over radiation exposure and the safety of nuclear power plants. Yet he says these same issues continue to cause conflict between anti-nuclear activists, scientists and pro-nuclear advocates.
"Science without history is just ignorance," Hamblin said. "Much of the current media debate about the safety of nuclear power and radiation exposure is an echo of conflicts going on since the dawn of the nuclear era."
ECRR Risk Model and radiation from Fukushima
Chris Busby
Scientific Secretary
European Committee on Radiation Risk
March 19th 2011
Radioactivity from the Fukushima Catastrophe is now reaching centres of population
like Tokyo and will appear in the USA. Authorities are downplaying the risk on the
basis of absorbed dose levels using the dose coefficients of the International
Commission on Radiological Protection the ICRP. These dose coefficients and the
ICRP radiation risk model are unsafe for this purpose. This is clear from hundreds of
research studies of the Chernobyl accident outcomes. It has also been conceded by the
editor of the ICRP risk model, Dr Jack Valentin, in a discussion with Chris Busby in
Stockholm, Sweden in April 2009. Valentin specifically stated in a videoed interview
(available on www.llrc.org and vimeo.com) that the ICRP model could not be used to
advise politicians of the health consequences of a nuclear release like the one from
Fukushima. Valentin agreed that for certain internal exposures the risk model was
insecure by 2 orders of magnitude. The CERRIE committee stated that the range of
insecurity was between 10 and members of the committee put the error at nearer to
1000, a factor which would be necessary to explain the nuclear site child leukemia
clusters. The ECRR risk model was developed for situations like Fukushima.