Quote:
"Die Wissenschaftler am MIT kritisierten auch, dass Regierungsbehörden
sie bei den Messungen behindert haben. Sowohl das National Oceanic and
Atmospheric Administration (NOAA), als auch die Environmental Protection
Agency (EPA) und das Energie Ministerium (DoE) boykottierten die Arbeit
der Wissenschaftlern.
„Wir boten unsere Dienste der NOAA an, denn wir wollten mit unserer Expertise helfen. […] Das NOAA hatte die Aufgabe dieses Desaster zu untersuchen und die amerikanische Reaktion darauf abzuschätzen. Ihre Reaktion war weitere Modelle anzufertigen und dadurch die Effekte [des radioaktiven Niederschlags] einzuschätzen, aber keine Außen-Messungen. Sie sagten, sie machen so etwas nicht. Sie messen keine Radionuklid. Stattdessen schoben sie die Verantwortung an das Energie Ministerium weiter. Dieses wiederum sagte, es hätte nichts mit den Meeren zu tun. Das sei Aufgabe des NOAA und nicht ihr Problem“, sagte Buesseler bei seinem Vortrag am MIT.
In den Tagen und Wochen nach der Katastrophe von Fukushima, fürchteten sich die Bewohner der US-Westküste vor dem radioaktiven Niederschlag. Dennoch entschied die Umweltbehörde EPA, keine Messgeräte an den Küsten von Oregon, Washington und Kalifornien aufzustellen. Dies berichtet Central Coast News und bezieht sich dabei auf eine offizielle Email der Umweltbehörde."
http://www.deutsch-tuerkische-nachrichten.de/2014/01/497959/fukushima-usa-boykottieren-messung-von-radioaktivem-niederschlag/
Quote: "The divergence of the cyanobacteria Synechococcus and Prochlorococccus during the rise of the diatoms – the most important phytoplankton group in the ocean – suggests the impact of biogeochemical changes on marine microbes. The diversification and proliferation of diatoms in the oceans marginalized cyanobacteria. Diatoms are the workhorses of the ocean biogenic carbon cycle – in comparison to cyanobacteria, they grow quickly and sink faster – thus they sequester fixed CO2, N and Fe that all other surface ocean microbes need. The diatoms changed the ocean, thus putting pressure on cyanobacteria. A result (because many other things also happened) was the genome streamlining and niche adaptation of the lineage. The best example is the high-light adapted MED4 strain of Prochlorococcus. This particular strain has a small genome, low GC and is nitrogen-cost-minimized, as detailed in our paper. Diatoms marginalized cyanobacteria forcing them into specific niches (e.g., high-light, low Fe, low N, low P) where they are successful and well adapted (like these clades that live in iron poor water).
Where we are heading?
What are the implications of cost-minimization in the genomes of ocean microbes? Could it alter the overall nutrient pools in the surface ocean (and thus affect the potential CO2 draw down by phytoplankton)? These are questions we are now pursuing using modeling approaches in an attempt to bolster our understanding of biogeochemistry through genomics and microbial ecology. We are teaming up with Jay Cullen, a chemical oceanography professor, good friend and super smart guy to figure out if cost-minimization and other metabolic changes in microbes might be having more of an effect on biogeochemical cycles than we think. Stay tuned."
http://phylogenomics.blogspot.com/2011/09/guest-post-from-antarctica-joe-grzymski.html
(Thanks to vital1 for this link:) http://www.mindfully.org/Nucs/Fallout-Fish-Sternglass8oct71.htm
„Wir boten unsere Dienste der NOAA an, denn wir wollten mit unserer Expertise helfen. […] Das NOAA hatte die Aufgabe dieses Desaster zu untersuchen und die amerikanische Reaktion darauf abzuschätzen. Ihre Reaktion war weitere Modelle anzufertigen und dadurch die Effekte [des radioaktiven Niederschlags] einzuschätzen, aber keine Außen-Messungen. Sie sagten, sie machen so etwas nicht. Sie messen keine Radionuklid. Stattdessen schoben sie die Verantwortung an das Energie Ministerium weiter. Dieses wiederum sagte, es hätte nichts mit den Meeren zu tun. Das sei Aufgabe des NOAA und nicht ihr Problem“, sagte Buesseler bei seinem Vortrag am MIT.
In den Tagen und Wochen nach der Katastrophe von Fukushima, fürchteten sich die Bewohner der US-Westküste vor dem radioaktiven Niederschlag. Dennoch entschied die Umweltbehörde EPA, keine Messgeräte an den Küsten von Oregon, Washington und Kalifornien aufzustellen. Dies berichtet Central Coast News und bezieht sich dabei auf eine offizielle Email der Umweltbehörde."
http://www.deutsch-tuerkische-nachrichten.de/2014/01/497959/fukushima-usa-boykottieren-messung-von-radioaktivem-niederschlag/
Quote: "The divergence of the cyanobacteria Synechococcus and Prochlorococccus during the rise of the diatoms – the most important phytoplankton group in the ocean – suggests the impact of biogeochemical changes on marine microbes. The diversification and proliferation of diatoms in the oceans marginalized cyanobacteria. Diatoms are the workhorses of the ocean biogenic carbon cycle – in comparison to cyanobacteria, they grow quickly and sink faster – thus they sequester fixed CO2, N and Fe that all other surface ocean microbes need. The diatoms changed the ocean, thus putting pressure on cyanobacteria. A result (because many other things also happened) was the genome streamlining and niche adaptation of the lineage. The best example is the high-light adapted MED4 strain of Prochlorococcus. This particular strain has a small genome, low GC and is nitrogen-cost-minimized, as detailed in our paper. Diatoms marginalized cyanobacteria forcing them into specific niches (e.g., high-light, low Fe, low N, low P) where they are successful and well adapted (like these clades that live in iron poor water).
Where we are heading?
What are the implications of cost-minimization in the genomes of ocean microbes? Could it alter the overall nutrient pools in the surface ocean (and thus affect the potential CO2 draw down by phytoplankton)? These are questions we are now pursuing using modeling approaches in an attempt to bolster our understanding of biogeochemistry through genomics and microbial ecology. We are teaming up with Jay Cullen, a chemical oceanography professor, good friend and super smart guy to figure out if cost-minimization and other metabolic changes in microbes might be having more of an effect on biogeochemical cycles than we think. Stay tuned."
http://phylogenomics.blogspot.com/2011/09/guest-post-from-antarctica-joe-grzymski.html
(Thanks to vital1 for this link:) http://www.mindfully.org/Nucs/Fallout-Fish-Sternglass8oct71.htm
stock here, the above link is a great one. it is 1971, 44 years ago, Sternglass wrote:
They know, it would seem. They've known for a long time, it would appear.
Are they crucifying Dana? See FD Cbox for additional info.
stock here---Dana Durnford was arrested after complaints by Woods Hole and U of Victoria, they also partly scuttled his youtube account while he was in jail.
And Kenny boy Bueller says
And Kenny boy Bueller says
Any increase in exposure to radioactivity increases your risk — the question is how much," Brenner said. "We are daily exposed to radiation from a variety of sources. Our body is naturally radioactive. We are bombarded from the sky by cosmic rays."
dud continues.......
I can't seem to find any evidence of anybody threatening Cull's life ... WTF?
I can't seem to find any evidence of anybody threatening Cull's life ... WTF?
Certainly,
it is a great time to find those blogs spreading the news like
wildfire, now. Much easier to see whom is reveling in this.
Remember my dissection of "Academic Dishonesty?"
Thanks for being here, stock. You rock! Tip it like you do! (real good!) ;)
Remember my dissection of "Academic Dishonesty?"
Thanks for being here, stock. You rock! Tip it like you do! (real good!) ;)
I have long been of a belief that the Fukushima radiation in the Pacific has been a last straw which caused a tipping point in the balance of organizms, and in all likelihood, a mutation or 3 occurred which gave some small organisms an advantage enough that they would marginalize other species.
the research belows flows along these same lines.
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DudNovember 5, 2015 at 1:45 PM