Sounds like HAARP to me!
Japan Quake May Have Struck Atmosphere First
Charles Q. Choi, OurAmazingPlanet Contributor
The devastating earthquake that struck Japan this year may have rattled the highest layer of the atmosphere even before it shook the Earth, a discovery that one day could be used to provide warnings of giant quakes, scientists find.
The magnitude 9.0 quake that struck off the coast of Tohoku in Japan in March ushered in what might be the world's first complex megadisaster as it unleashed a catastrophic tsunami and set off microquakes and tremors around the globe.
Scientists recently found the surface motions and tsunamis this earthquake generated also triggered waves in the sky. These waves reached all the way to the ionosphere, one of the highest layers of the Earth's atmosphere.
Now geodesist and geophysicist Kosuke Heki at Hokkaido University in Japan reports the Tohoku quake also may have generated ripples in the ionosphere before the quake struck.
Disruptions of the electrically charged particles in the ionosphere lead to anomalies in radio signals between global positioning system satellites and ground receivers, data that scientists can measure.
Heki analyzed data from more than 1,000 GPS receivers in Japan. He discovered a rise of approximately 8 percent in the total electron content in the ionosphere above the area hit by the earthquake about 40 minutes before the temblor. This increase was greatest about the epicenter and diminished with distance away from it.
"Before finding this phenomenon, I did not think earthquakes could be predicted at all," Heki told OurAmazingPlanet. "Now I think large earthquakes are predictable."
Analysis of GPS records from the magnitude 8.8 Chile earthquake in 2010 revealed a similar pattern, Heki said. These anomalies also may have occurred with the Sumatra magnitude 9.2 earthquake in 2004 and the magnitude 8.3 Hokkaido earthquake in 1994, he added.
If true, further research could lead to a new type of early-warning system for giant earthquakes.
The anomaly is currently seen before earthquakes only with magnitudes of about 8.5 or larger, Heki cautioned. Still, if researchers can detect what specifically causes this ionospheric phenomenon, it also might be possible to detect precursory phenomena for smaller earthquakes, he said.
Heki did caution that the ionosphere is highly variable — for instance, solar storms can trigger large changes in total electron content there. Before researchers could develop an early-warning system for earthquakes based on ionospheric anomalies, they would have to rule out non-earthquake causes.
Heki detailed his findings online Sept. 15 in the journal Geophysical Research Letters.
This story was provided by OurAmazingPlanet, sister site to SPACE.com
Read more at www.space.com

The Huffington Post Katherine Fung
The New York Times has sued the federal government for refusing to divulge how exactly it uses the PATRIOT Act.
The suit comes after Times reporter Charlie Savage filed several Freedom of Information requests for a classified report about the government's authority to collect intelligence under the PATRIOT Act, and was refused. He made the requests after two senators charged that Americans would be deeply disturbed by the government's use of the law.
The section of the act in question allows the government to order the production of "any tangible things” on “reasonable grounds" related to an international terrorism or counterintelligence investigation. The lawsuit demands the release of at least a redacted version of the report to explain what that allows.
Senators Ron Wyden and Mark Udall have been alleging for months that the government is misleading the public about its secret interpretation of the law. In May, Senator Wyden said that the American people would be "stunned" and "angry" when they find out how the government is using the act.
The act has been hotly debated in recent months leading up to a vote that extended the government's controversial post-9/11 powers to search records and conduct roving wiretaps.
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