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originally posted by: Psynic
originally posted by: Ironclad2000
a reply to: Regenstorm
Seriously, what a load of crap this Fukushima thing is.
Honestly, some of you people make me laugh with all the conspiracy doom and gloom.
Maybe some of you peeps should check the video Wolves of Chernobyl for an insight on how nature can overcome obstacles like this.
You should check out the videos of the horribly deformed children of Chernobyl, I'm sure you'll find them a 'Laugh Riot'.
Fukushima is a non-extinction level or even just a non-event, so give it a rest.
originally posted by: JiggyPotamus
Why the heck would anyone use the term "nuclear proctologist?" That is one of the craziest terms I've ever heard.
originally posted by: RickinVa
a reply to: Ironclad2000
Fukushima is a non-extinction level or even just a non-event, so give it a rest.
The nuclear power industry must be very very proud of you... they couldn't have said it better.
To try and say that Fukushima is a non-event just shows how ignorant someone is. You should really do a little research.
originally posted by: Ironclad2000
originally posted by: RickinVa
a reply to: Ironclad2000
Fukushima is a non-extinction level or even just a non-event, so give it a rest.
The nuclear power industry must be very very proud of you... they couldn't have said it better.
To try and say that Fukushima is a non-event just shows how ignorant someone is. You should really do a little research.
Ignorant to point out that one nuclear incident isn't the end of the world.
But one melt-down isn't going to change things on a global scale and hardly make a change in the long run on a local scale.
originally posted by: Ironclad2000
originally posted by: RickinVa
a reply to: Ironclad2000
Fukushima is a non-extinction level or even just a non-event, so give it a rest.
The nuclear power industry must be very very proud of you... they couldn't have said it better.
To try and say that Fukushima is a non-event just shows how ignorant someone is. You should really do a little research.
Ignorant to point out that one nuclear incident isn't the end of the world. Sure it shouldn't have happened and sure all nuclear plants should be closed down.
But one melt-down isn't going to change things on a global scale and hardly make a change in the long run on a local scale.
Thirty years from now, Fukushima will be exactly like Chernobyl is today. Without humans present, the place will eventually flourish and stay that way because humans won't ever go there again.
And to say that Fukushima is responsible for a void of life on the other side of the planet, while every other place in between is still teaming with life and activity, is ignorant and shows that people would rather make stuff up than do real research, and find evidence to prove it.
Biological effects of Fukushima radiation on plants, insects, and animals
A growing body of empirical results from studies of birds, monkeys, butterflies, and other insects suggests that some species have been significantly impacted by the radioactive releases related to the Fukushima disaster,
originally posted by: FlySolo
a reply to: nwtrucker
I will say this. I did email that chap Dana and offered to fly a UAV anywhere he wants and take pictures and video. That includes my own transportation, lodging, time and the free use of some pretty awesome technology. I got a one sentence response. "Thanks, I'm not sure how this will play out, I'll get back to you". I wasn't expecting a parade or anything but you would think someone as desperate as he sounds would jump all over that. That was the day this thread was made and I haven't heard anything since. Offer has now expired.
Samples collected by scientists and citizens for Our Radioactive Ocean are analyzed in our labs at WHOI using a method that is capable of detecting extremely low levels of radioactivity produced by cesium isotopes in seawater. We report our data in units of Bequerels per cubic meter of seawater (Bq/m3), where one Bequerel is equal to one decay event per second.
We expect samples from the surface waters of the western Pacific that have not been contaminated by the Fukushima source to have 137Cs activity of between 1 and 2 Bq/m3 and for 134Cs to be “below detection.” This is because the only significant source of cesium in the Pacific prior to Fukushima was nuclear weapons testing during the 1950s and 1960s, and with its shorter 2-year half-life, all of the 134Cs from this source would have decayed by now, but because 137Cs has a 30-year half-life, we still see about 25 percent of the amount that was released (50 percent lost in first 30 years, half again of the remaining 50 percent lost in the following 30 years).
By January 2014, about 40 percent of the original Fukushima 134Cs remains in the environment compared to March/April 2011 when the disaster occurred, so we correct our data to account for decay of both cesium isotopes from the time of peak release directly to the ocean from the reactor complex in Fukushima: April 6, 2011. We do this to look for changes in the levels of cesium that result from ocean mixing and dilution, rather than just radioactive decay. For human health concerns, the activity at sampling may be of greater interest, and will be lower than the decay-corrected value we report.
August 14, 2014
Using the most sensitive methods to measure your water samples, we have detected only cesium-137, the “legacy” cesium that remains from 1960s atmospheric weapons testing. This isotope is still in all ocean basins because of its relatively long 30-year half-life, which means it takes a long time to decay away. Levels of cesium-137 in all 43 samples analyzed thus far average 1.5 Bequerels per cubic meter of water, which is equivalent to one-and-a-half decay events per second per metric ton of water. This is a very small number if we compare it to the 7,400 Bq/m3 used by US EPA as the drinking water limit, and the millions of Bq/m3 of cesium detected in the ocean off Japan in 2011 at the peak of the accident, which at that level are of considerable concern for direct negative impacts on marine biota and human health.
The Fukushima reactors also released cesium-134 into the ocean and because it has a shorter half-life (2 years) any cesium-134 detected in the ocean today must have come from Fukushima. Though we do detect this isotope in abundance off Japan, cesium-134 is not YET present in any of the sample collected by citizen scientists along the North American west coast and Hawaii. Our instruments are capable of detecting as little as 0.2 Bq/m3 so the concentration of cesium-134 is below this level.
We emphasize that cesium-134 has not been detected “YET” as it has been detected offshore of North America by Canadian oceanographers. It’s difficult to predict when these radionuclides will arrive onshore because the mixing of offshore and onshore waters is complicated, and not represented in the simple models that predicted the arrival onshore of Fukushima radionuclides this year. The uncertainty in the predictions by these ocean models only emphasizes the importance of collecting samples from along the shores. Remember too that while those models predict increasing levels of both cesium isotopes for the next 2-3 years, the highest published prediction is for 20-30 Bq/m3, or well below what is thought to be of human health or fisheries concern. But it’s important to continue making observations with real data!
originally posted by: BGTM90
a reply to: Psynic
I highly doubt that he is going to do a better job than these guys are doing.
ourradioactiveocean.org...