MAGNETIC
A “Sonogram” of the Inner Earth reveals a 27% the size of the Earth iron sphere spinning inside of it, slightly faster than the Earth, en-route to bash into an area of the Earth’s terrestrial crust just below its 85° latitude at 235° longitude flat top, over Alaska and Canada. While Earth's crust is drifting east on 8.8 earthquakes Earth's core tilts across towards China. This time back up into Earth's northern hemisphere the core of the Earth hits its top instead of its equator in 2011. It crashes into Earth's crust far north east of Siberia where it blew up Earth's top "causing history’s biggest extinction by lava flow in a chocking concentration of sulfur dioxide carbon dioxide and other gasses killing 90 percent of ocean species and more than 70 percent of land creatures.” It was in a 2002 Science Magazine, which article should still be available at http://www.sciencemag.org, about the last time Earth’s core ran into the Earth’s crust, erupting in a super volcano. Media came out first to say it in newspapers, about the last time core hit crust, a volcanic eruption in Siberia big as the State of Texas. PDF files show Earth's core rushing up inside the Earth’s crust to the little 85° latitude circle. Spinning northwest underneath Larson Ice Shelf core of the Earth keeps going up and away from southern hemisphere, faster, pouring down lava:
Anyone
can see from my POLE MOVEMENT” maps that the core of the Earth is
progressively thrusting its axis north pole end upwards inside the Earth to its northwest, while flooding more
molten lava churning into the Earth’s southern hemisphere, increasing the temperature down under Antarctica. Higher internal lava pressures building under South America to South Pacific floors global warming movement under them, to a Chile earthquake and volcanic eruption.
The oceans down under are increasingly losing magnetism, as the entire southern interior of the Earth is molten lava filled in under magnetic core. While the crust of the Earth under Arctic Ocean is heating up because a molten iron ball big as the Moon is about to hit it and release it's internal steam pressure, causing a earthquake jolt and 6th Earth expansion. Lava shift causing Antarctica at its Antarctic Peninsula to heat up, at Earth's SOUTH MAGNETIC POLE. Here scientists obviously all seem to be clueless as to what actually is the cause of the rising ocean temperatures, happened to cause the Larsen Ice Shelf to melt and collapse in February 2002. Global climate change evidently being the result of the NORTH MAGNETIC POLE MOVEMENT and SOUTH MAGNETIC POLE MOVEMENT. Solid iron core of the Earth going up to Earth's top pushing lava down, which filled up under it to great depths lava below the Earth's magnetism. Here US Geological Survey maps show a big increase in the speed of Earth's core rushing up to its top, 1975 to 2005, to coincidentally converge upon when the Mayan calendar ends December 24, 2011. Measure to "the world will be destroyed".
With star Sirius up as close as it needs to be two Nostradamus' comets rip across Europe December 21, 2012, to Israel and Libya. Core of Earth a magnetic bubble that hits Arctic Ocean sea floor on December 24, 2011. Government as we know it centrist-leftist crooked politicians gangsters and lawyers and feminists in a conspiracy to hurry away into Cold War bomb shelters at everyone else's expense. I am telling U.S. Military hear me, The Third Party by Default. My orders are to White rank and file a Coup d. As I am White America's only chance to restore rule and the land, leadership for America's future. American soldiers and militia divide booty like of old take homes, turf, destroy illegal aliens and public enemies, get control of everything is my plan for U.S. survival!
Scientists ponder the
ramifications of an Antarctic ice shelf’s breakup
By Jack Williams
USA TODAY
CLINTON, N. Y.– The one thing that’s absolutely clear about the collapse of Antarctica’s Larsen B Ice Shelf last month is that seawater now washes over an area roughly the size of Rhode Island that thick ice had covered for centuries.
“We were astonished when we saw whales, penguins and seals in the place where for thousands of years there was 250 meters (820 feet) of ice,” says Pedro Skiver of the Argentine Antarctic Institute.
Skvarca, who heads the institute’s glaciology program, colleague Hernan DeAngelis, and two pilots flew a Twin Otter airplane on March 13 only 300 feet above the thousands of small icebergs floating where the ice shelf had begun breaking up in February.
Why did the ice shelf break up, and what does this mean, if anything, for the future?
About 60 scientists from nearly a dozen nations wrestled with these questions at a recent conference at Hamilton College, sponsored by Hamilton, Colgate University and the National Science Foundation (NSF).
The consensus: Melting Antarctic ice isn’t a threat for at least the next few decades, but could be some day, and scientists need to learn more about how the oceans, atmosphere and ice interact.
The collapse of the Larsen B Ice Shelf wasn’t a complete surprise. Scientists have long been aware that things are stirring on the Antarctic Peninsula.
Bernhard Lettau of the NSF’s Office of Polar Programs compares the growing knowledge of Antarctica’s ice to an image slowly forming on a computer, pixel by pixel, with a blue dot here and a red dot there. “We’re trying to imagine what the big picture looks like.”
There are no doubts about one point: The breakup and eventual melting of an ice shelf, like the melting of icebergs, does not increase sea levels – for the same reason melting ice in a glass of water does not make the glass overflow. The ice is already floating.
The ice sheet that covers more than 97% of Antarctica has built up over thousands of years as snow falls but never melts. As ice piles up, it slides slowly toward the continent’s edge to form ice shelves that are attached to the ice sheet but are floating in the ocean.
As far as scientists can tell, the total amount of Antarctic ice has stayed about the same for 100 or so years. Falling snow makes up for the ice lost when big icebergs break off.
The Larsen B Ice Shelf is on the part of Antarctica that looks like an arm reaching out toward South America. While the spotty, available weather records seem to indicate that the rest of Antarctica might have cooled, the peninsula has warmed by an average of about 4 degrees Fahrenheit since the 1950’s.
Researchers generally agreed that the final straw for the Larsen B Ice Shelf was unusually warm temperature during the Antarctic summer of December 2001 through February 2002.
Skvarca says available records show it was the warmest summer since people first brought thermometers to the peninsula. However, that record goes back only 100 years for one location and less than that for others, which is one reason why more than half of the conference presentations were on studies of the peninsula’s past environments.
These included a report by Eugene Domack of Hamilton College on his research last December that showed the Larsen B Ice Shelf had been in place since the end of the last ice age, about 12,000 years ago.
The disintegration of Larsen B seems to be “something outside the normal climate variability,” Domack says. “The warming seems to have been extraordinary. Does that mean it’s related to greenhouse gases? Well, that’s a little bit more difficult to say.”
The term greenhouse gases has become shorthand for gases such as carbon dioxide that humans are adding to the air, causing Earth to warm faster than it would without human help.
Antarctic Peninsula warming would fit into a pattern of human-caused greenhouse warming, but computer models of climate do not create the warming seen in the peninsula, John King of the British Antarctic Survey told the conference. “On the face of it, this suggests that the warming is not caused by humans, but maybe the models aren’t good enough” to show such climate detail.
One big question is why the peninsula is the only part of Antarctica warming so much.
Domack pointed to a recent Science magazine research report that the ocean waters that surround Antarctica have been warming. The Antarctic Peninsula juts out into the wind-driven ocean current that circles Antarctica. Maybe the peninsula is warming quickly because “it is the finger that is stuck into the warming kettle,” Domack says.
Research described at the conference showed that the Antarctic Peninsula’s climate has managed to do more than steadily warm since the end of the last ice age. Nature has created ups and downs in temperatures and amounts of ice without any human help.
Even so, he says, the Larsen B disintegration is “a great lab experiment. We're seeing something that doesn't have a lot of global consequences but serves as a glimpse of what’s going to happen elsewhere.”
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" Earth Systems Polar Motion Monitor
Major Anomaly In Chandler's Wobble - 2005/2006
last revised February 8, 2006
The Earth's Wobble Has Paused
What this portends, no one knows.
(ECB - February 8, 2006, MWM) For at least three and a half weeks there
has been almost no movement of the spin axis in the normal spiral track
of Chandler's Wobble. See an extensive analysis of the pause in the wobble
as of February 8, 2006 at the web site. It is also being sent to subscribers
via email directly after this Bulletin."
http://www.michaelmandeville.com/earthmonitor/polarmotion/2006_wobble_anomaly.htm
This has to do with the axis the Earth's core spins on, its something made out of iron 27% the diameter of the Earth is entirely up inside Earth's northern hemisphere! Tilting west away from the axis Earth spins on Earth's iron core is destined to crash out of an edge of the Earth's flat top at its 85° latitude over Alaska. All this because the Sun's Twin, in 2006 close enough to see naked eye 3 bright objects in a pyramid formation out in front of a Sirius planet with 10 moons, then an 11th one peering over a ridge for 5 days. Sirius magnetism reaching balance with Earth magnetism stabilized the Earth revolving for 3 1/2 weeks, without wobbling. Earth falling over to the east every 8.8 earthquake, before axis of the core of the Earth runs into a longitudinal side of Earth's flat top. Here the dark star Sirius keeps growing brighter every day until 2012. Momentum of Earth's core rising up northwest away from Earth's axis breaks out of the Earth for some distance in the west end of the Arctic Ocean, as big as the Moon.
With the iron core of the Earth the size of the Moon, spinning further and further off center from the Earth's axis, it occasionally acts like an off-center load in a washing machine. So no wonder why Earth wobbles every week, in the end times, until top-heavy with its core stuck in its top spinning faster than the Earth it turns Earth upside down! Northern hemisphere facing a red dwarf star in 2012, when it's little brown dwarf breaks up and falls. Two asteroids from it rip across Europe, said Nostradamus.
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