On April 11, the Japanese government raised the Fukushima nuclear accident level from five to seven, the same severity assigned to the Chernobyl disaster. One of the questions I have gotten since the initial reports of the accident has been “How much damaging radiation has reached the United States?”
“Satellite images of winds and precipitation from Japan. Dark colors are precipitation. The winds are carrying the radiation towards Alaska and raining it out over open waters.” Source: NASA
My answer has consistently been that there are few things sillier than bronzing on a tanning bed, chatting all day on your cell phone and microwaving dinner – and then rushing off to get iodine pills because of a nuclear accident thousands of miles away in Japan. The distance and weather is protecting the United States.
It turns out that more radiation than was previously thought might have escaped in the initial hours after the quake, making the accident as severe as the 1986 disaster in the Ukraine. Unlike that distant event, where the accident occurred in the middle of a continental land mass, Fukushima was on the eastern edge of an island. The radiation from Chernobyl was carried through Russia, the Ukraine, Eastern Europe and Germany, with most of the damaging radiation falling on Belarus and the Ukraine.
Most of the radiation has rained out over the Pacific Ocean
Source: NOAA
By contrast most of Fukushima’s radiation has been carried out to sea by the strong prevailing westerly winds. The same volatility that has caused extreme springtime weather has whipped the winds far to the north before they swung south again and entered the West Coast a week after the accident. By that time, the fallout had fallen out. Precipitation rained most of the radiation out into the Pacific. The ocean circulation has absorbed and diluted the radiation, letting it sink below the surface. It’s tough if you are a fish but really cool for Californians.
Our government is good at noticing radiation. Minute amounts have been detected as far away from the accident as the East Coast and even Europe. None of these amounts have been even remotely dangerous.
So relax—that healthy glow on your skin won’t glow in the dark.
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Reaction between Boric Acid , Heat and Ozone
This was done to cool the Reactor intially..Not a good Idea...Proven that Boric acid released as steam will further weaken the Ozone layer...Try water only
The reason why the media tells us lies, or fabricates the truth, is because could you imagine if they told the whole truth?? That would send most of us into a serious panic. While i don't know just how much of what My House is saying is true on the radiation in the foods, we do know that alot of the other stuff is true. The media constantly doesn't tell the truth about stuff, or tells another side of things. Not the whole truth. People need to WAKE UP!!! I used to be blind to once..
I wish I had the time on my hands to do such extensive research as many people have done regarding this issue. I choose to believe what the author wrote, since she is the expert and I am not. People are very worried about this and have spent countless hours at their computer doing research - is that healthy? Many people may be so worried they've lost sleep. Is that healthy? In my opinion, worrying about the "what ifs" can be just as detrimental to someone's health. There's risk everywhere, and often the most danger is closer than we think. I am not worried about the radiation from Japan - I have enough to worry about right here under my own roof.
Whilst I am not as cavalier as MS Browning Garriss, I am not running for the Potassium Iodide pills with my tin foil hat on either.
I have been a nuclear chemist and now I am an atmospheric chemist. The idodine 131 is not much of a problem for us here in the US. The half life is less than 8 days (less than the average time it would take for the particles to get here. Cesium 137 is problematic because it replaces potassium in your blood and can settle in your bones making them softer.
The concentration here is very low. It is above the background radiation but still is no worse than standing next to your local coal-fired power plant, which emits these radioactive particles and more EVERY DAY.
I would be worried if I lived within 100km from these reactors, but since several thousand miles separate us, I have the luxury of just observing and modeling where the particles go. That and I do not like sushi.
In the later paragraph it says:
"Precipitation rained most of the radiation out into the Pacific. The ocean circulation has absorbed and diluted the radiation, letting it sink below the surface. It’s tough if you are a fish but really cool for Californians."
WHAT ABOUT OUR EATING ANY OCEAN FISH??
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