September 26, 2007
0326 gmt
African-Europe Satellite
It is easy to tell the direct rays of the sun are concentrated below the Equator in a super hot planet. The heat index is high and it takes only the mire presence of sunlight to ignite turbulence and not just air movement. Antarctica isn't getting a break anymore.
September 26, 2007
0030 gmt
Western Hemisphere
There is obviously loss of tropospheric water vapor due to the high heats under the dense carbon dioxide layer. There are also many low pressure systems coming off Africa yet. Africa is hot at the Equator right now where the direct rays from the sun are concentrated.
September 26, 2007
0034 gmt
Global Pacific Satellite
The water vapor supporting the cloud density at the equator becomes absent as one approaches the USA due to higher heat in the troposphere and the drying out of the air masses in proximity of this much hotter troposphere.
September 26, 2007
0306 gmt
West Pacific Satellite
In weeks before the Northern Hemisphere's Autumnal Equinox, the heat at the Equator was primarily sequestered north of 0 Latitude. However, with only three days into the change of Sol's sunlight below the Equator there are huge shifts in heat transfer. This is highly unusual and noted to be extreme in it's highly reactive change in a relationship that is 'instantaneously' ignited by the solar radiation. This is a very hot troposphere. There is no room in the physics of Earth now for gradual changes in tropospheric seasonal differences. Just as nearly immediately the change over northern latitudes of the USA resulted in winter conditions, the changes in the southern hemisphere have resulted in a very hot summer. The lassitude in temperature shifts resulting in Spring and Autumn is diminishing.
September 25, 2007
0900 AM
Antarctica Surface Winds
In the 24 hour loop linked at the title of this entry, it is noted there is significant turbulence due to the arrival of heat and the rising and sinking air masses that resulted.
September 25, 2007
0600 gmt
The Jet Stream satellite reflects heat intrusion at higher elevations as noted also below. The 'arriving' air is noted as arrows pointing onshore while the existing jet stream/vortex attempts to achieve inertia.
September 25, 2007
1918 gmt
South Pole Satellite
