For example, in addition to showing the future climate
solar warming zone, Fig. 3 shows a zone of strong solar cloud radiative cooling, located between 50 ° and 80 ° S.
Not exact matches
Moreover, the tropical region is the «accumulation
zone» for the Earth's energy balance, with a great deal of excess
solar energy being exported to help
warm the rest of the planet.
I too think that global
warming has little to do with human input and a lot to do with
solar, and possibly galactic influences (in that our passage during galactic rotation may take us through
zones that influence
solar variation)
The evidence of the size of climate
zone shifts and the associated changes in atmospheric heights from Mediaeval
Warm Period to Little Ice Age to date suggests that the natural
solar and ocean induced changes in the effective radiating height are far greater than anything that could be achieved by human emissions.
A drying of the atmosphere — that the researchers note — takes place in the subtropical subsidence
zone (the 30 degrees latitude) but expands towards the 30 - 45 degrees latitude — Earth's Meditteranean climates, where their model suggests net cloud cover would actually decrease most (see dotted line in first image in this article, at top)-- most notably around 500 hPa (roughly translating to a height of around 5 kilometers of altitude in the troposphere) decreasing albedo and increasing
solar heat absorption, therefore net climate
warming.
Another
zone of low pressure formed above the thermal equator, or the region of most intense
solar warming.