The air particles speed up, in other words their temperature increases, the hotter air is less dense
than colder air above and hence moves up (convection).
Not exact matches
Light travels faster in the hot, thin
air close to the road
than it does in the
cold, dense
air above, and that difference in speed is what causes it to shift direction as it crosses the boundary between the two.
At night, when the
air near the ground may be
colder than that
above, it can have a warming effect.
When fall arrives and
cold air moves in again, all the energy stored in the water gets released into the atmosphere, which, in turn, causes the
air above the water to warm up more
than usual.
You've got a real miracle on your hands — a layer in the middle that stays
colder than the
air above and below.
Firstly convection of the real gas
Air which when heated becomes lighter than air and rises taking away heat from the surface and as it rises heavier colder air above flows beneath to take its place; these are called winds, volumes of air on the mo
Air which when heated becomes lighter
than air and rises taking away heat from the surface and as it rises heavier colder air above flows beneath to take its place; these are called winds, volumes of air on the mo
air and rises taking away heat from the surface and as it rises heavier
colder air above flows beneath to take its place; these are called winds, volumes of air on the mo
air above flows beneath to take its place; these are called winds, volumes of
air on the mo
air on the move.
Rather
than flow around the arctic in a circular manner, the movement of the
cold air becomes wavier, bringing the mass further and further south (see the pictures
above).
In reply to people
above who want to argue that the GHE isn't real, or can't work on the basis of a «trace gas», or because the
air above is
colder than the surface below — all I can say is «piffle».
If i measure IR temp from clouds
above I find that its much
colder (density of the
air)
than on the ground, so this is not where the IR is re-emitted to ground.