Some bits are 20 odd km closer to the Sun than others, with 9
km less atmosphere to get in the way.
Not exact matches
According to the MAVEN data, solar particles that caused the «Christmas lights» penetrated deeply into the Martian
atmosphere — sparking auroras
less than 100
km from the surface.
All that the gravito - thermal GHE does is redistribute the heat from the only energy SOURCE the Sun, more to the surface (the 33K G - T) and
less to the upper troposphere (the even larger NEGATIVE -LRB--35 C) ANTI-GREENHOUSE EFFECT) from the center of mass of the
atmosphere at 5.1
km to the top of the troposphere.
Remote - sensing systems called profilers have been developed to provide almost continuous measurements of wind and, somewhat
less accurately, of moisture and temperature throughout the lowest 10
km (6 miles) of the
atmosphere.
Satellite radiometric soundings have also been used to provide temperature readings in layers in the
atmosphere from near the surface up to about 25
km (16 miles) or so, although these measurements offer
less vertical and spatial resolution than in situ measurements.
At 17
km for a tropical
atmosphere the amount of water vapor in a given volume is
less than 1 % as much as the amount of CO2.
While that's theoretically correct and consistent it's difficult to see any relevance choosing such a column as starting point as nothing like that can ever occur in real Earth
atmosphere at latitudes
less than 100
km.
The
atmosphere is over a hundred kilometers thick, and even the portion containing most of the air is 17
km thick at the equator (more by day,
less at night due to the solar tide).
The Tropopause is
less than 8
km above Antarctica, so there is very limited
atmosphere above the South Pole.
You are looking at sun disks penetrating 200
km of high arctic troposphere, and clearly 2005 disk shows by a refraction analysis a
less colder
atmosphere than 2004.