Radioactive Fallout Particularly from the Russian October Series.

Imbalances of the autonomic nervous system in people living in radioactive contaminated territories: radioactivity and vegetative imbalance

Background: The Ural region is highlighted among other Russian regions for its unfavorable radiation situation and complexity of the overall environmental situation. The source of man-made radioactive contamination is the work of the "Mayak" Production Association. A significant radioactive contamination has happened as a result of several radiation incidents in the early period ...

Effects of nuclear weapons

Hiroshima and Nagasaki, Japan, in August, 1945. The energy yields were equivalent to 12 500 tonnes and 20 000 tonnes of high explosive. Yields from thermonuclear weapons (H-bombs) range up to several megatons (Mt). Between 1945 and the signing of the Comprehensive Test Ban Treaty in 1996, over 2000 nuclear tests were carried out by the USA, USSR, Britain, France and China, plus one by India. Mo...

Highly Radioactive Fallout Particles Ingested by Mice YOSHIDA

Chernobyl & the marine environment : The radiological impact in context

by Pavel Povinec, Scott Fowler, and Murdoch Baxter I he Chernobyl nuclear accident in April 1986 had a significant impact on both the terrestrial and marine environments. The total activity of the nuclear debris released was so high (1-2.10 becquerel) that the radioactive fallout distributed widely after the accident actually dominated anthropogenic environmental levels in various parts of the ...

Radioactive fallout and neural tube defects

Radioactive fallout; Chernobyl; Fukushima; Neural tube defects; Anencephaly; Spina bifida Abstract Possible link between radioactivity and the occurrence of neural tube defects is a long lasting debate since the Chernobyl nuclear fallout in 1986. A recent report on the incidence of neural defects in the west coast of USA, following Fukushima disaster, brought another evidence for effect of radi...