Russia dismisses UK media claims on oil products supplies to TalibanRussian Politics & Diplomacy October 16, 21:37
Poll shows Russians satisfied with life, ready for hard timesSociety & Culture October 16, 21:06
FIFA: Indian schoolteacher and her son to attend 2018 World Cup opener in Moscow for freeSport October 16, 20:23
Operation in Syria nearing completion — Russian defense ministerMilitary & Defense October 16, 19:54
Russian Navy’s aviation to get 10 upgraded antisubmarine warfare helicopters a yearMilitary & Defense October 16, 19:23
Soviet youth festival: memories from the pastSociety & Culture October 16, 18:01
Russian-US outer space flight simulation project kicks off in NovemberScience & Space October 16, 17:42
Pyongyang to continue to build up its nuclear potential — senior lawmakerWorld October 16, 17:33
Trump’s policy may exacerbate US exceptionalism — expertsWorld October 16, 17:22
The content of caesium-134 and caesium-137 isotopes per litre of water has made 267 thousand Bq at the first and second nuclear power units, Tokyo Electric Power operating Fukushima-1 said on Monday.
A sharp radiation growth is explained by the spread of contaminated particles in the ground water due to heavy rain triggered by typhoons Phanfone and Vongfong.
In March 2011 a strong earthquake triggered a high tsunami off the north-eastern coast of Japan. A gigantic wave hit the nuclear power plant Fukushima-1 that resulted in the most devastating nuclear disaster since the Chernobyl nuclear power plant catastrophe in 1986. Last week the highest radiation level was fixed in the water sample after the nuclear disaster, as caesium isotope content has made 251 thousand Bq at the moment of the emergency situation. Current figures exceeded that radiation level.