Fukushima Radiation So High, Geiger Counter Can’t Register It! {Video}

B00Mer

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Sep 6, 2008
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Japan suffered one of the biggest nuclear disasters just 5 months ago. Now, instead of things getting better, they are getting worse, much worse.



The Fukushima nuclear power plant, the epicenter of the earthquake-tsunami disaster, according to TEPCO, the company that owns the plant, now has radiation levels six times higher than the highest level they have ever record before.

TEPCO reported that radiation levels are over 10,000 millisieverts per hour on the second floor of reactor one. The problem with that report is that Geiger counters can’t measure past 10,000 millisieverts per hour.

So, how high is the radiation level on the second floor of reactor one?

Before the disaster, the maximum amount of radiation a reactor employee was allowed to be exposed to was 100 millisieverts. After the disaster it was increased to 250 millisieverts.

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Fukushima Radiation So High, Geiger Counter Can’t Register It! {Video}
August 6, 2011 By Shellee Tyler 25 Comments

Japan suffered one of the biggest nuclear disasters just 5 months ago. Now, instead of things getting better, they are getting worse, much worse.

The Fukushima nuclear power plant, the epicenter of the earthquake-tsunami disaster, according to TEPCO, the company that owns the plant, now has radiation levels six times higher than the highest level they have ever record before.

TEPCO reported that radiation levels are over 10,000 millisieverts per hour on the second floor of reactor one. The problem with that report is that Geiger counters can’t measure past 10,000 millisieverts per hour.

So, how high is the radiation level on the second floor of reactor one?

Before the disaster, the maximum amount of radiation a reactor employee was allowed to be exposed to was 100 millisieverts. After the disaster it was increased to 250 millisieverts.

With radiation levels over 10,ooo millisieverts it could possibly kill a man in a matter seconds, if directly exposed to the radiation. With levels off the Geiger counter chart, TEPCO is basically unable to resolve the disaster.

This could be why they recently updated their recovery plan. They removed the idea of plugging the holes and cracks in the containment vessels of the reactors.

Some analysis claims it may take over 30 years for any progress to be made at Fukushima. Question is, do we have 30 years to wait? There seems to be no solution brought forth on how to stop the radiation or how bad it is actually affecting the earth.

It seems no one wants to address the seriousness of this global problem. Levels this high cannot be good and it is more than likely spreading farther than is being reported.

So, what’s at risk? The air we breathe, the water we drink, the food we eat, and, most of all, our overall health.

source: Fukushima Radiation So High, Geiger Counter Can't Register It! {Video} | Planetsave
 

CanadianLove

Electoral Member
Feb 7, 2009
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Big Island Dairy Farmers fight radiation with Boron

Dear Milk Share Members,
Our goal to offer high quality safe food to our community has recently been challenged in the reality of the radioactivity being released into our environment. In the past weeks radioactive levels have increased in Hawaii, with high spikes and a more current leveling off of radiation levels. Milk from the large dairies in Hamakua and Hawi has shown elevated levels of radiation, from 400 to 2400 times the recognized safe levels.

Why is milk contamination significant in the world of agriculture? Because milk represents the overall condition of the entire food chain, since cows consume grass and are exposed to the same elements as crops.

Hawaii Health Guide - Big Island Dairy Farmers fight radiation with Boron
 

CanadianLove

Electoral Member
Feb 7, 2009
504
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This data is a year old. What's happening now?

With a half-life of 30 years or more I would imagine the same things are happening. After 7 half lives the level is said to be down to around 1% of the original strength.

One of the biggest problems of this is that the monitoring stations stopped monitoring due to the instuments 'breaking' from the high initial readings. Another is the gathering of data from within a contaminated area. You have to be able to know the background, or 'normal' reading for the area. As the average in the area goes up so does the 'normal'. What they are calling normal now, may have been 4X the safe amount 2 years ago.

Here is a report on the Effects on the USA Marine Enviornment. I would read pretty close between the lines on this one.

http://www.fas.org/sgp/crs/misc/R41751.pdf