So instead of average molecule
going bottom of atmosphere up to top in a minute, it's staying basically in same location for hours or indefinitely.
Namely these factors are CAPE, which is Convective Available Potential Energy, which is the maximum amount of energy that a rising parcel (which [is] an arbitrary amount of mass) can have as it's rising through the atmosphere; wind shear, which is the difference in wind [vectors] at the top and
bottom of the atmosphere; and specific humidity, which is the ratio of water to the total mass of a moist system.
«When something wiggles at
the bottom of the atmosphere, how does that make other things, different things, wiggle at the top of the atmosphere?
The bone - crushing pressures and eyebrow - singing temperatures maintain this water in a plasma state, creating a dense, deadly ocean at
the bottom of its atmosphere.
On average, the energy «budget» is balanced both at the top and at
the bottom of the atmosphere.
Where Absorption and Re-radiation matters is at the top and
bottom of the atmosphere.
The bottom of the atmosphere is not representative of the entire planet.
The bottom of the atmosphere is warmer than the average of the atmosphere for reasons which are not due to a «radiative greenhouse effect», not the least of which reason that that greenhouse effect doesn't exist and violates the laws of thermodynamics.
That
the bottom of the atmosphere is necessarily its warmest part does not mean that the planet is hotter.
The ground and the oceans absorb the bulk of the solar energy that is not reflected (albedo) without transferring heat into the system, and they are both located at
the bottom of the atmosphere.
If you read through the whole thread — something you might find actually painful — you will find people who are willing to invoke anything — last night general relativity in order to preserve the illusion that gravity alone creates a warming of
the bottom of the atmosphere, even in the absence of external heating, so «there is no Greenhouse Effect».
We speculated that, due to the gas laws, there should also be a natural temperature profile between
the bottom of the atmosphere and the top — merely due to the presence of the bulk gases (nitrogen & oxygen).
It looks like you are ignorant of the extreme difficulty of measuring
the bottom of the atmosphere from a position outside the top of it, compared with the ease of measuring the bottom of the atmosphere from within it.
The AVE increases the efficiency of a thermal power plant by reducing the temperature of the heat sink from +30 C at
the bottom of the atmosphere to — 70C at the tropopause, which is the atmospheric boundary between the troposphere and the stratosphere.
These should include known changes in solar energy inputs across the entire spectrum and possible connections that might amplify small changes in radiation, not only at the Earth's surface but from the top to
the bottom of the atmosphere.