"Atmospheric temperature" refers to the measure of how hot or cold the air in Earth's atmosphere is. It tells us whether the air is warm or cold at a certain place or time.
Full definition
In other words, is the larger - than - earlier - thought increase
in atmospheric temperatures occurring in tandem with the natural variation in ocean uptake during the last decade or so?
These uncertainties make it difficult to determine whether models still have common, fundamental errors in their representation of the vertical structure
of atmospheric temperature change.
As a result, the maintenance of
global atmospheric temperature is dependent upon the heat released from the oceans approximately matching any deficit of heat lost by the whole atmosphere to space daily.
Global warming is the increase in the earth's
average atmospheric temperature causing corresponding changes in climate and resulting from the greenhouse effect.
We have the increase in
atmospheric temperature from nominal forcing and the increase from energy introduced into the system from combustion and radioactive decay in the mantle.
A total of 15 different satellites have been used to
measure atmospheric temperatures since 1979, with around two satellites actively measuring at any given time.
In addition to surface measurements over the world's land and oceans, satellite microwave sounding units have been providing estimates of global
lower atmospheric temperatures since 1979.
In addition to the surface temperature record, a number of groups have attempted to put together a record of changes in
atmospheric temperature using data from satellites.
I'm just a chemist who only understood half your post, but it seems obvious that if you
raise atmospheric temperatures faster than you raise oceanic temperatures, relative humidity will fall.
They are assumed to have an additional greenhouse effect causing a further increase of
atmospheric temperatures near the ground and a decrease in the layers above approximately 15 km altitude.
This strong correlation
between atmospheric temperature and the level of carbon dioxide is highly suggestive, but does not prove on its own, that rising levels of carbon dioxide are causing warming.
(6) It is not currently possible to determine whether or not there exists a fundamental discrepancy between modeled and
observed atmospheric temperature changes since the advent of satellite data in 1979.
Phrases with «atmospheric temperature»