Not exact matches
Read that article
again; they documented the
increase in
water vapor with warming in general.
Water vapor then reacts to this
increased absorption, its concentration in air diminishes, its share of IR absorption goes down, and atmospheric transmittance is restored to its nominal 15 percent
again.
As the Arctic sea ice melts, the
water vapor delivered into the the atmosphere
increases in the polar region, and so does the snowfall, so that the whole thing starts over
again.
Conversely, if you add heat to the system, two things will happen, the
water will warm and the rate of evaporation will
increase until the
water vapor partial pressure gets high enough so that the rate of condensation
again equals the rate of evaporation.
In the far northern latitudes there's not much surface area so the error probably doesn't mean much but then
again when
water vapor is frozen out of the atmosphere the so - called IR window gets a lot bigger and fewer clouds closing it back up means the error might be significant because radiative cooling efficiency is drastically
increased in very cold clear sky.