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Some are low-level clouds that exist below 6,500 feet, such as cumulus, stratus, and stratocumulus. Others are mid-level—including altocumulus, nimbostratus, and altostratus—and appear between ...
Stratocumulus clouds lie at low-altitudes below 6000 feet, and are highly reflective. They cover about 20% of the low-latitude oceans, or 6.5% of Earth’s surface.
Above: Marine stratocumulus clouds from the Pacific Ocean stream atop Chile’s Atacama Desert. Marine stratocumulus cover vast swaths of the tropical and subtropical oceans, where they reflect ...
Stratocumulus clouds are unique among their peers — their cloud decks are sustained by cool air flitting over the top, and they sweat their excess heat back into the cooler atmosphere.
But stratocumulus clouds, which hover low in the sky and create vast decks of cloud cover, have a supreme value in our warming world: Their white tops reflect lots of solar radiation back into space.
According to the study, entitled Possible Climate Transitions from Breakup of Stratocumulus Decks under Greenhouse Warming, decks of stratocumulus clouds, which cover about 20 percent of the low ...
Stratocumulus clouds are Earth’s most common cloud and cover about 20 percent tropical oceans — reflecting between 30 and 60 percent of shortwave radiation back into space.
Clouds are fascinating because they take on so many different, beautiful shapes and are constantly changing. Cloud-watching from Earth can be endlessly entertaining, but some of the most amazing ...
Stratocumulus clouds spread out like puffy cotton balls in orderly rows above the ocean in the sub-tropics. The low-hovering clouds provide the planet shade and help keep Earth cool. But in a new ...
Stratocumulus clouds. After two years of supercomputer calculations, the researchers observed a sudden transition when the simulated CO2 in the atmosphere passed 1200 parts per million.
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