Seeding the atmosphere with dust would paradoxically thin
out cirrus clouds, Lohman said.
Not exact matches
With her colleague Bernd Kärcher, she set
out to discover how much heat contrail
cirrus traps.
Afterwards they spread
out and become indistinguishable from normal
cirrus.
She pointed
out of the side window but all he could see were a few thin strings of
cirrus.
Small details, like the tiny knobs of yellow popping
out of the mist in «Profile (Orb)» (2015), seem to blossom into revelations, enticing you to peer more deeply into the surface, as if the picture plane were an aerial view high above
cirrus clouds, offering hazy glimpses of the Earth below.
If the same happens for GHGs remains to be seen (but the trend over the last decades is the other way
out for
cirrus clouds).
In the tropics most
cirrus - type clouds flow
out of the upper reaches of thunderstorm clouds.
You also left
out key cloud types, such as marine layer stratus and
cirrus, which provide much different types of response to daily insulation.
Now, if we could just get the weather people to stop identifying the aerosol spraying feathering
out as «high
cirrus clouds,» we'll be happy!!!
They found that in the central Pacific region when the sea surface temperature rises there is less
cirrus cloud cover and thus more energy radiates
out into space.
Depending on how much moisture is in the air, contrails can be long - lived, spreading
out to look more like the wispy
cirrus clouds made by Nature.
Clouds block radiation and the more dense the cloud is the more radiation is blocked (e.g. cummulonimbus clouds block a lot,
cirrus clouds block very little) so you need to know the cloud density before you can work
out how much is blocked.
As these cumulus convective clouds grow taller, cloud water droplets collide and combine into raindrops and fall
out of the cloud or continue to rise until they freeze into ice crystals and form
cirrus clouds.