If it gets too hot, the oceans heat up, evaporation increases,
high altitude clouds form, and they reflect back sunlight and shade the surface more, compensating and regulating temperatures so that life survives.
Not exact matches
The extremely low temperatures and rapid freezing were crucial to
forming cubic ice, Wyslouzil said: «Since liquid water drops in
high -
altitude clouds are typically supercooled, there is a good chance for cubic ice to
form there.»
«But freezing in
high -
altitude clouds happens too fast for that to be the case — instead, freezing might be thought as starting from a disordered pile of bricks that hastily rearranges itself to
form a brick wall, possibly containing defects or having an unusual arrangement.
This image suggests that the polar vortex
clouds form at a much
higher altitude, where sunlight can still reach, than the surrounding haze.
Monteverde is best known for its incredible
cloud forests, which are forests at
higher altitudes where water vapor hugs the land in the
form of billowing mist.
Given the lower temperatures and lower water vapour content at
higher altitudes and a need for
high supercooling to initiate condensation (in the absence of sufficient normal CCN), wouldn't an increased source of nuclei, in the
form of GCRs, enhance
high - and middle -
altitude cloud formation?
The authors speculate that the main reason hurricanes show this delta is that more of the precipitation is coming from
high altitude (depleted in O - 18 based on gravitational potential) and in the
form of large drops that do not have time to equilibrate wrt O - 18 in lower regions of the
cloud as they fall.
It is caused by chemical reactions that take place primarily on the surface of polar stratospheric
clouds, ice particles or liquid droplets which
form at
high altitudes in extreme cold.
Ozone holes are caused by chemical reactions that take place primarily on the surface of polar stratospheric
clouds, ice particles, or liquid droplets, which
form at
high altitudes in the extreme cold of the polar regions.
These are the wispy, nearly invisible
clouds that
form at
high altitudes.
Cirrus
clouds —
high -
altitude clouds of ice crystals — typically
form as a byproduct of the life cycle of cumulus towers created by rising updrafts of heated, moist air.
Could it be
forming «
clouds» of tiny droplets at some
high altitude, & could these escape notice somehow?