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Was the March 11 Japan quake forecastable? A team of scientists involved in research on earthquake precursors has released a pre-publication copy of a paper analyzing distinct precursor signals in the atmosphere and ionosphere in the days preceding the disaster. As we have presented on this website, the science behind earthquake precursors has been definitively established, while the official government position in the United States has been to ignore or suppress such work, and to eliminate necessary monitoring programs, as has been most recently carried out by Presidential dictat under Obama. Oyang Teng reviews the argument made by the authors of the recent paper, a link to which can be found here.
Atmosphere-Ionosphere Response to the M9 Tohoku Earthquake Revealed by Joined Satellite and Ground Observations. Preliminary results.
Our preliminary results from recording atmospheric and ionospheric conditions during the M9 Tohoku Earthquake using four independent techniques: (i) OLR monitoring on the top of the atmosphere; (ii) GIM- GPS/TEC maps; (iii) Low-Earth orbit satellite ionospheric tomography; and (iv) Ground based vertical ionospheric sounding shows the presence of anomalies in the atmosphere, and ionosphere occurring consistently over region of maximum stress near the Tohoku earthquake epicenter. These results do not appear to be of meteorological or related to magnetic activity, due to their long duration over the Sendai region. Our initial results suggest the existence of an atmosphere/ionosphere response triggered by the coupling processes between lithosphere, atmosphere and ionosphere preceding the M9 Tohoku earthquake of March 11, 2011
Originally posted by kdog1982
reply to post by jadedANDcynical
Very interesting Jaded.
Let me add to what you have already posted.
There is also a very nice video explaining all of this and how it is connected.
First,there is this...
Was the March 11 Japan quake forecastable? A team of scientists involved in research on earthquake precursors has released a pre-publication copy of a paper analyzing distinct precursor signals in the atmosphere and ionosphere in the days preceding the disaster. As we have presented on this website, the science behind earthquake precursors has been definitively established, while the official government position in the United States has been to ignore or suppress such work, and to eliminate necessary monitoring programs, as has been most recently carried out by Presidential dictat under Obama. Oyang Teng reviews the argument made by the authors of the recent paper, a link to which can be found here.
Notice it says the official government position in the United States has been to ignore or suppress such work and to eliminate necessary monitoring programs.
Really???? You have got to be kidding me!!!!!!!
www.larouchepac.com...
Now,watch that video in the link above.
The report that this is based on.
Atmosphere-Ionosphere Response to the M9 Tohoku Earthquake Revealed by Joined Satellite and Ground Observations. Preliminary results.
Our preliminary results from recording atmospheric and ionospheric conditions during the M9 Tohoku Earthquake using four independent techniques: (i) OLR monitoring on the top of the atmosphere; (ii) GIM- GPS/TEC maps; (iii) Low-Earth orbit satellite ionospheric tomography; and (iv) Ground based vertical ionospheric sounding shows the presence of anomalies in the atmosphere, and ionosphere occurring consistently over region of maximum stress near the Tohoku earthquake epicenter. These results do not appear to be of meteorological or related to magnetic activity, due to their long duration over the Sendai region. Our initial results suggest the existence of an atmosphere/ionosphere response triggered by the coupling processes between lithosphere, atmosphere and ionosphere preceding the M9 Tohoku earthquake of March 11, 2011
arxiv.org...
Now,I must go find that TEC map I left somewhere.
edit on 22-9-2011 by kdog1982 because: (no reason given)
NASA’s Solar Dynamics Observatory (SDO), launched in February 2010, made the finding: About 1 in 7 flares experience an “aftershock.” About ninety minutes after the flare dies down, it springs to life again, producing an extra surge of extreme ultraviolet radiation. “We call it the ‘late phase flare,’” says Woods. “The energy in the late phase can exceed the energy of the primary flare by as much as a factor of four.” What causes the late phase? Solar flares happen when the magnetic fields of sunspots erupt—a process called “magnetic reconnection.” The late phase is thought to result when some of the sunspot’s magnetic loops re-form. A diagram prepared by team member Rachel Hock of the University of Colorado shows how it works. The extra energy from the late phase can have a big effect on Earth. Extreme ultraviolet wavelengths are particularly good at heating and ionizing Earth’s upper atmosphere. When our planet’s atmosphere is heated by extreme UV radiation, it puffs up, accelerating the decay of low-orbiting satellites. Furthermore, the ionizing action of extreme UV can bend radio signals and disrupt the normal operation of GPS.
MAJOR X-FLARE: Earth-orbiting satellites have detected a long-duration X1.4-class solar fare coming from a new sunspot on the sun's eastern limb. The blast, which peaked at 1100 UT, produced a significant CME, but the cloud is not Earth-directed.
Note how the underbelly of the space station glows green from the reflected light of the auroras below. Also, in the distance, Sirius the dog star and Orion the Hunter can be seen rising feet-first into the night sky. The storm, which registered a moderate 6 on the 0-to-9 K-index scale of geomagnetic disturbances, was caused by a coronal mass ejection (CME) hitting Earth's magnetic field. It was just a glancing blow, but with CMEs that is often enough to spark bright auroras over both ends of Earth. The space station was flying over the southern hemisphere at the time of the display. Observers in the northern hemisphere saw it too. A similar storm could be in the offing this week. Another CME is heading toward Earth, and it appears likely to deliver a glancing blow on Sept. 22nd around 23:00 UT. Sky watchers above and below should be alert for auroras
The 2011 earthquake off the Pacific coast of Tohoku, also known as the 2011 Tōhoku earthquake or the Great East Japan Earthquake,[6][7] (Japanese: "Eastern Japan Great Earthquake Disaster" (東日本大震災 Higashi Nihon Daishinsai?)[fn 1]) was a magnitude 9.0 (Mw) undersea megathrust earthquake off the coast of Japan that occurred at 14:46 JST (05:46 UTC) on Friday, 11 March 2011,[
The 2010 Chile earthquake occurred off the coast of either the Maule Region[2] or the Biobío Region[1] of Chile[5] on Saturday, 27 February 2010, at 03:34 local time (06:34 UTC), rating a magnitude of 8.8 on the moment magnitude scale
2. A dynamic model of Earth includes centrifugal force, a fact which seems to have been ignored in popular assumptions and supporting computations. Because Earth spins [like everything in the universe], it has a bulge at its equator as evidence of this force partially overcoming Gravity. Earth would have also slowed its spin rate over time, so there is no doubt Earth was spinning more rapidly in the past and probably disk shaped. Since Gravity would have even less effect at higher rates of spin, heavy elements could not possibly move into the center of proto-Earth's spinning mass, molten or frozen. Iron would only be found in proto-Earth's surface layers; where it is found today in approximately the expected galactic proportions and remains as physical evidence of the improbability of any iron being in Earth's core.
4. So why not a Gold Core or Uranium Core? Using the same theory-assumption-guess of Gravity forcing iron into Earth's core, gold, uranium and other elements heavier than iron would have also been forced into Earth's core and probably be alloyed with the iron. Then Earth's core would have a far greater density than it appears to have today. So the Gravity only model seems highly unlikely.
1. The initial assumption of Earth's core being of iron was based on the discovery of Earth having a magnetic field when scientists only knew of iron being the only element able to create Earth's magnetic field. However, it was later discovered that Hydrogen can also become a magnetic metal as well as incredibly dense at core pressures, easily capable of generating Earth's magnetic field without any spinning being necessary.
emphasis mine
2. Earth having an iron core was at first only a logical, albeit ignorant guess, whether true or not. Then a misunderstood calculation by Sir Robert Boyle was used by some scientists to support their assumption that Earth's temperature increased with increasing depth to the degree that Earth's core was also molten. Actually, Boyle only calculated the rate at which temperature increased with increasing depth in Wales tin mines, as a means of settling a miner's pay scale dispute. He also concluded temperatures only increased with increasing depth due to the miner's heat energy input and the decreasing efficiency of air conditioning as depth increased.
5. Then there is the fact that natural openings and sealed, abandoned mines and bore holes in Earth's continental layers get cooler with depth. Nothing except the mines and bore holes being worked will increase in temperature with increasing depth and even they cool off when not being worked, i.e., no longer being injected with heat generating energy.
6. More recently, the assumption of increasing heat with increasing depth was complicated by the fact that iron heated above 800C can't generate a magnetic field.
Originally posted by Doodle19815
reply to post by westcoast
WC, I only am able to glance over your post briefly before I gotta run out but the Radon part got me. I bought a house a few years ago and the inspector, the agent, and the bank asked that I get a Radon reading done. I had no idea what this was and just paid the $150 for the test. I am not sure I even got the results in all the papers that came with the house. Last year TN did a state wide coverage of Radon test for free to the public and, I once again did the test and sent it in.
I am sure that I can google Radon for a better understanding later but, you have my thoughts swirling at the moment. I wonder where the Radon is coming from that it is higher here than in other areas.