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Unidentified Object @ Antarctica’s Neumayer Station 061811- 062011
These are recent photos from the Antarctica Neumayer Station on 6/18/11 – 6/20/11.
http://www.antarcticconnection.com/antarctic/stations/neumayer.shtml
This object would confirm what we are seeing at 2:57 in this video…
http://www.youtube.com/watch?v=hUiKzdLb7Yc
Please take a look. This video confirms what we are seeing in the Antarctic.
These new photos have me extremely puzzled and concerned. We’ve identified the moon and the location of the Sun, but there is another large Read more…
Tectonic plates rattle- more turbulence at the South Pole
June 21, 2011 – ANTARCTICA – A 5.5 magnitude earthquake struck the South Sandwich Islands region, situated around 750km south east of South Georgia, in the South Atlantic early Sunday. It was the latest in a series of quakes to hit the Antarctic Region during the past 24 hours. The moderate quake struck at 9.37am GMT at a depth of 137km and was centered 69 km (42 miles) NNW of Visokoi Island and 330 km (205 miles) NNW of Bristol Island. The last significant earthquake to be recorded in the South Sandwich Islands region occurred on Read more…
Mystery of cosmic ray source bombarding the southern pole of Earth intensifies
May 6, 2011 – ANTARCTICA – Cosmic rays crashing into the Earth over the South Pole appear to be coming from particular locations, rather than being distributed uniformly across the sky. Similar cosmic ray “hotspots” have been seen in the northern skies too, yet we know of no source close enough to produce this pattern. “We don’t know where they are coming from,” says Stefan Westerhoff of the University of Wisconsin-Madison. It’s a mystery because the hotspots must be produced within about 0.03 light years of Earth. Further out, galactic magnetic fields should deflect the particles so much that the hotspots would be smeared out across the sky. But no such sources are known to exist. One of the hotspots seen by IceCube points in the direction of the Vela supernova remnant, a possible source of cosmic rays, but it’s almost 1000 light years away. Cosmic rays coming from such large distances should be constantly buffeted and deflected by galactic magnetic fields on route, and should thus have lost all directionality by the time they reach Earth. In other words, such long-distance cosmic rays should appear to come from all parts of the sky. That’s not what has been observed. (Source article below) Read more…
Ozone layer damaged by unusually harsh winter
An image of total ozone column profile around the North Pole on March 30, 2011, developed by the Finnish Meteorological Institute using satellite and ground-based data, is seen in this handout, April 5, 2011. Satellite measurement of total ozone from OMI (Ozone Monitoring Instrument) shows a region of low ozone (blue region) above the Arctic regions. As of late March the ozone-poor region is shifted away from the pole and covers Greenland and Scandinavia. — WMO via Reuters
The stratospheric ozone layer, which shields the Earth from the Sun’s harmful ultraviolet rays, has been damaged to its greatest-ever extent over the Arctic this winter.
The protective layer of gas, which can be destroyed by reactions with industrial chemicals, has suffered a loss of about 40 per cent from the start of winter until late March, exceeding the previous seasonal loss of about 30 per cent, according to the World Meteorological Organisation (WMO).
The phenomenon is annual in the Antarctic, where after its discovery in the 1980s it came to be known as the “ozone hole“. Although CFC levels are now dropping, they remain in the atmosphere for so long that they will still be causing ozone depletion for decades in certain conditions, particularly the intense cold of the stratosphere.
Arctic ozone conditions vary more and the temperatures are always warmer than over Antarctica, where the ozone hole forms high in the stratosphere near the South Pole each winter and spring. Because of changing weather and temperatures, some Arctic winters experience almost no ozone loss – but others with exceptionally cold stratospheric conditions can occasionally lead to substantial ozone depletion.
This is what has happened over the Arctic this winter; for while at ground level the Arctic region was unusually warm, temperatures 15-20km above the Earth’s surface plummeted. WMO officials say the latest losses, which are unprecedented, were detected in Read more…
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