RUSSIAN PLANE CRASH SABOTAGE?

Photo: AP

The Russian nuclear experts killed in the plane crash, in Russia, on 20 June 2011, helped design a nuclear facility in Iran.

Iranian nuclear scientists have in the past been involved in unexplained accidents and plane crashes.

Designer of Indian N-reactor killed in Russian plane crash

Sergei Ryzhov, the chief designer of the nuclear reactors built by Russia in foreign countries, including India, was among those killed.

The whole leadership of the designers units of Russia's state nuclear corporation was killed when the Tu-134 passenger plane crash landed in the northern republic of Karelia.

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Many thanks to C. for the link.

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NUCLEAR FISH & BABIES

Namaste tells us about radioactivity

"The UK discharges more radioactivity into the sea than any other nation.

"As the Ministry of Agriculture confirmed to us, Sellafield is the largest recorded source of radioactive discharge in the world...

"We found, for example, that the Swedes could identify radioactive traces in fish off their coast being largely attributable to Sellafield."

- House of Commons Environment Select Committee, February 1986


Sellafield (formerly known as Windscale) is a nuclear processing and former electricity generating site, on the coast of the Irish Sea in Cumbria, England.

Ramaswami Ashok Kumar, an Indian expert on nuclear power, has presented statistical evidence that reveals nuclear pollution from Sellafield was carried by ocean currents to India.

Kumar reported that Indian infant mortality rates increased in the first year or two after large releases occurred at Windscale/Sellafield, and then decreased towards the end of the year.

(Kumar, R. A., "India Infant Mortality and Nuclear Tests", Dec. 28, 2007. http://plutoniumaradiumabillionpeoplehitdna.blogspot.com/)


Sellafield has been responsible for the nuclear material Tc-99 [Technetium-99] found in lobsters, seaweed and cod off the UK's coast. Tc-99 from the facility has been washed as far as Norway.

(Sellafield's radioactive salmon", May 21, 2003. http://www.greenpeace.org.uk/blog/nuclear/sellafields-radioactive-salmon)


During four years of nuclear bomb tests from 1957-1963, radioactive pollution caused a 50% decline in fishing catch in the North Atlantic and 65% in the Pacific.

(Sternglass, E.J., "Fallout and Reproduction of Ocean Fish Populations", October 8, 1973. http://www.mindfully.org/Nucs/Fallout-Fish-Sternglass8oct71.htm)

MORE HERE: Namaste

Thanks to Dublinmick's Blog. for the links

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Toxic Agenda - Home

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ROSEMARY

Europeans have been warned to avoid drinking milk or eating vegetables due to the high radiation levels.

Rosemary Found to Offer Best Protection against Radiation Poisoning

NUCLEAR JAPAN

In Japan, plutonium is created as a by-product of the nuclear energy industry.

In 1995, Japan was reported to have 4.7 tons of plutonium, enough for around 700 nuclear warheads.

Japan has a uranium enrichment plant which could be used to make highly enriched uranium suitable for weapon use.

Japan has developed the M-V three-stage solid fuel rocket, similar in design to the U.S. LGM-118A Peacekeeper ICBM, which could serve as a delivery vehicle for nuclear weapons. (Japanese nuclear weapon program - Wikipedia)

Note the following:

(1) Secret Weapons Program Inside Fukushima Nuclear Plants?

(2) "Like Israel, Japan is a "secret" nuclear power."


Japan has raised the severity level of its Fukushima nuclear crisis to the maximum seven.

This is the same level as Chernobyl. (Japan raises nuclear crisis to same level as Chernobyl)

The 2009 report, "Chernobyl: Consequences of the Catastrophe for People and the Environment", published by the New York Academy of Sciences, estimates the number of deaths attributable to the Chernobyl meltdown at about 980,000. (Nuclear apologists mislead the world over radiation)

FT guide to radiation

To measure radiation, scientists use the unit known as the sievert (Sv) – divided into thousandths (millisieverts or mSv) and millionths (microsieverts or µSv).

The figures below show typical exposure levels and their effects:

2 mSv per year - typical background exposure from the environment (actual level depends on altitude, natural radioactivity of local rocks, etc)

2.4 mSv per year - average dose to US nuclear industry workers

9 mSv per year - exposure to airline crew flying regularly between New York and Tokyo

20 mSv per year - current limit (averaged) for nuclear industry employees and uranium miners

100 mSv per year - lowest level at which any increase in cancer risk is clearly evident

(The US National Academy of Sciences BEIR VII report has concluded, no dose of radiation is safe.)

1000 mSv (1 sievert) cumulative - estimated to cause a fatal cancer many years later in 5 out of every 100 people exposed to it

1,000 mSv (1 sievert) single dose - temporary radiation sickness - not fatal

5,000 mSv (5 sieverts) single dose - fatal within a month to half of those who receive it

10,000 mSv (10 sieverts) single dose - fatal within weeks

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