Research conducted in Japan by scientists monitoring Fukushima atmospheric emissions documented a large spike in radiation emissions in the fall of 2011. During this time TEPCO announced that they measured fission at the plant. Radnet Beta chart measurements in the US cities under the jet stream also spiked substantially during this time.
Emissions events such as those that occurred in the fall of 2011 have NOT been included in the calculations for total atmospheric emissions from Fukushima.
SOURCE Sheng Xu, Stewart P. H. T. Freeman, Xiaolin Hou,
Akira Watanabe, Katsuhiko Yamaguchi, and Luyuan Zhang (2013) Iodine Isotopes in
Precipitation: Temporal Responses to 129I Emissions from the Fukushima Nuclear
Accident. Environmental Science and Technology, 47, 10851-1085
Four periods of change in 129I concentration after the
accident can be observed in Figure 2; these are summarized in Table 2.
• PERIOD
I: In Period I, the 129I concentration
increased dramatically from background level to the maximal value of 8 × 1011
atoms/L in the sample collected in March 2011 by a factor of about 4 orders of
magnitude. Following the termination of radionuclide emission from the damaged
reactors, 129I concentration in the atmosphere started to decline exponentially
until October 2011.
• PERIOD
II: The onset of Period II is characterized by an interruption of the
previously decreasing 129I trend, with elevated 129I levels occurring around
November−December 2011. This is followed by an exponential decrease that
continued until March 2012.
• PERIOD
III AND IV: Periods III and IV have patterns similar to Period II, with
elevations in 129I levels starting around April 2012 and September 2012,
respectively. In both cases, the
elevated 129I subsequently declined exponentially.
NOV 2011 TEPCO REPORTS NUCLEAR FISSION
Tsuyoshi Inajima and Yuji Okada
(2011, November 2) Tepco Detects Nuclear Fission at Damaged Fukushima Power
Station. Business Week, http://www.businessweek.com/news/2011-11-01/tepco-detects-possible-nuclear-fission-at-fukushima-reactor.html
Nov. 2 (Bloomberg) -- Tokyo Electric
Power Co. detected signs of nuclear fission at its crippled Fukushima atomic
power plant in northern Japan, raising the risk of more radiation leaks. The
situation is under control, officials said. The company, known as Tepco, began
spraying boric acid on the No. 2 reactor at 2:48 a.m. Japan time to prevent
accidental chain reactions. Tepco said it may have found xenon, which is
associated with nuclear fission, while examining gases taken from the reactor,
according to an e-mailed statement today.
RADNET READINGS SPIKE IN THE US AT LEVELS WE'VE NOT SEEN BEFORE OR SINCE. Levels drop off end of January 2012:
Atmopsheric emissions have been ongoing since March 2011. However, there have been clear periods with high emissions. The summer of 2013 was another emission event but unfortunately the scientific data reported by Xu et al. above doesn't include 2013 readings.
http://optimalprediction.com/wp/chinese-mox-reactor-possible-meltdown-in-october-2011/
ReplyDeleteQuote of Robert C. Soltysik: "This is a military reactor outside of Beijing, an experimental fast breeder reactor cooled by liquid sodium. It also produces electricity as a by-product. It is Russian-built, and a similar reactor in Russia uses MOX fuel. MOX, of course, is enriched with plutonium. This reactor has been shut down since the accident. The main purpose of this reactor is probably to breed fuel for nuclear weapons.
The reason I suspect a meltdown versus an ordinary accident, is that I believe that there was a major release of radioactive iodine from late October 2011 – January 2012. A criticality occurred at Fukushima in late October of that year. Personally, I developed hyperthyroid symptoms, including a goiter, at this time. It seemed to contaminate the tap water, and many foods, not just American, but globally with many food products. The health message boards were lighting up with thyroid symptoms from the USA. And there was a spike of 5,000 excess deaths on the west coast of the US in November and December of last year.
It turns out it may have been not just Fukushima causing this global iodine cloud, but a reactor in China also."
IIRC, there were some anomalous radiation readings with perhaps a two week or so delay in detections around that time (?)
ReplyDeleteI wonder if the following phenomenon might at least partly explain why.
Title: "Unexpected teleconnections in noctilucent clouds"
Quote: "New data from NASA's AIM spacecraft have revealed "teleconnections" in Earth's atmosphere that stretch all the way from the North Pole to the South Pole and back again, linking weather and climate more closely than simple geography would suggest"
http://science.nasa.gov/science-news/science-at-nasa/2014/16apr_teleconnections/
"The two week delay is, apparently, how much time it takes for the teleconnection signal to propagate through three layers of atmosphere (the troposphere, stratosphere and mesosphere), and from pole to pole. "
Was there a corresponding jump in detections in Australia &/or New Zealand after the latest two Typhoons within three weeks after detections in Japan suddenly elevated?
Thank you for your time and consideration.
... Are there any other "teleconnections" in detections in Australia &/or New Zealand that might help shed more light on what happened in not just Typhoon elevated readings, but other past events as well, including the Fall of 2011?
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