b] moire CO2 increases condensation = as rainmaker, gets read of humidity - > increases evaporation = evaporation is cooling process - > more evaporation -
> more clouds as sun umbrellas — more rain — more raw material for replenishing the ice on the polar caps and glaciers.
Yes, overall change in clouds may be a positive feedback, rather than a negative feedback assumed from simple ideas like more water -
> more clouds - > cooling.
Not exact matches
On Clancy's list: Books will be stored «in the
cloud», that is,... Read
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If «aggrandisation is not guaranteed», could we just expect from
cloud microphysics models that
more particles
> 3nm will most probably imply
more CCN in troposphere?
As soon as it gets warmer; for any reason — as submarine volcanoes / hot vents extra activity -
> evaporation increases, evaporation is INSTANT COOLING -
> more evaporation =
more clouds;
clouds are the» SUN UMBRELLAS» for the sea and land.
on the other hand, CO2 intercepts small amount of sunlight high up, where cooling is much
more efficient — as a result small amount LESS of the sunlight comes to the ground = same as the H2O
cloud effect -
> brings day / night's temp closer = less extreme.
A further analysis is included for the (
more reliable) middle - to - high altitude
cloud (≤ 680 mb /
> 3.2 km) in Figure 5b, again no agreement between the
cloud data and the CR flux is evident.