Subject: Potential health consequences of the explosion at the Fukushima reactor in Japan
From: Richard Bramhall <bramhall@llrc.org> Date: 03/13/11 12:15 PM
Potential Health Consequences
The Low Level Radiation Campaign website carries basic advice for people living downwind of the releases of radioactivity. On BBC Radio 4's The World This Weekend, 13th March, Dr. Chris Busby spoke about the potential health effects of the Fukushima explosion. Listen at https://www.bbc.co.uk/programmes/b00zd8g4 (the site may prompt you to download software to enable you to listen. Dr. Busby's interview is 9:41 minutes into the broadcast and runs to 12:41). Dr. Busby said the reassurances being issued now by official sources and by apologists for the nuclear industry are exactly the same as those issued 25 years ago, at the time of Chernobyl. Risks were understated, as show by subsequent epidemiological studies. Statements about allegedly low health risks are based on rates of gamma radiation measured at the site perimeter. These take no account of radiation from alpha-emitting radionuclides such as Uranium and Plutonium. It is of particular concern that the number 3 reactor at Fukushima which is now in a problematic condition is fuelled with Mixed-Oxide fuel containing Plutonium. The health consequences of exposure to radioactive releases from nuclear plant cannot be accurately assessed by making radiation measurements based on absorbed dose. The authorities already downplay risks on the basis of the false radiation risk model advised by the International Commission on Radiological Protection (ICRP). This is an exact replication of the responses to the similar Chernobyl explosion. The effects of the Chernobyl accident have been devastating and continue to affect the health of the exposed populations as far away from Chernobyl as Europe and the USA. A major volume published in 2010 by the New York Academy of Sciences reveals a death toll of approaching 1 million persons by 2005. Absorbed dose readings (milliSieverts) cannot be employed as measures of risk because some radioactive substances act from within the body, with especially high risk imparted by those that bind to DNA (e.g Strontium-90 and Uranium). Dose to the local tissue or DNA can be enormous while the average dose recorded by a Geiger counter may be barely detectable. (More information) If significant amounts of radioactivity from the Fukushima plume approach populated centres in any country (e.g. the western USA) the European Committee on Radiation Risk advises:
Contact: Prof Chris Busby, Scientific Secretary ECRR +44 7989 428833; +44 1970 630215;
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