New milk testing
Just wondering if there will be any new milk testing soon... This mom of four is still waiting for it to fall below detectable limits. Thanks for hanging there and all the hard work!
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Just wondering if there will be any new milk testing soon... This mom of four is still waiting for it to fall below detectable limits. Thanks for hanging there and all the hard work!
Three new milk samples will
Three new milk samples will be posted sometime in the next few days. Cs-134 and Cs-137 are still detected in the samples.
I should point out that the levels we have been measuring are very low and it would take drinking extraordinary amounts of milk to attain even a small radioactive dose. Our criteria for the detection of cesium have nothing to do with criteria for health concerns.
Mark [BRAWM Team Member]
When can we expect more food chain tests? Cheese, lettuce, etc
Seems that if there is still cesium in the soil it should show u in spring greens etc.
any plans to test more food? Strawberries. I mean - if you do enough tests and nothing is detectable, I will be very pleased. But absence of testing worries me.
Potatoes and root foods too that are in the cesium soaked soil...
BUSBY HAS GONE ON RECORD TO
BUSBY HAS GONE ON RECORD TO SAY:
Those espousing the airplane model ought to be JAILED.
STILL we are detecting
STILL we are detecting RADIOACTIVE CESIUM. For HEAVEN'S SAKE.
Now test for all the other 101 radioactive isotopes these three reactors have launched into our food supply.
Keep in mind we have almost FIVE HUNDRED NUCLEAR REACTORS OPERATIONAL IN THE NORTHERN HEMISPHERE ALONE.
Cs-134 and Cs-137 detectable; all others not detectable
We are not doing a narrow search. In every sample we have taken, we search the spectrum for a long list of fission product isotopes. The result of doing this is that we only detect Cs-134 and Cs-137 currently. One year ago we were also able to detect I-131, I-132, and Te-132, but those have short half-lives and have since decayed away.
Other studies and measurements (not just ours) have shown that the largest contributors to the radioactive releases from Fukushima were the isotopes Xe-133, I-131, Cs-134, and Cs-137. Any other fission products were not produced in as great an abundance and/or were not as volatile.
Mark [BRAWM Team Member]
But you did not test fro Strontium 90, right?
How can you say there was none if you did not and are not now testing for that?
try reading his response
"In every sample we have taken, we search the spectrum for a long list of fission product isotopes."
101 isotopes missing
How about it brawm any plans to expand testing ?its a valid point don't u think..
me too!
you guys are awesome.