Katabatic
Katabatic winds blow down from high mountains, plateaus and hills to valleys and plains below, whereas Anabatic winds are totally opposite of it. (Vice Versa)(also they can shit)
In Antarctica, the winds are known as Katabatic winds. In the Arctic, the winds are known as Squamish winds.
From Wikipedia:"A katabatic wind, from the Greek word katabatikosmeaning "going downhill", is the technical name for a drainage wind, a wind that carries high density air from a higher elevation down a slope under the force of gravity."In Antarctica, katabatic winds swirl down to the beach -- about 750 miles -- from the elevated South Pole, which sits at an elevation of 9,300' (2900m), however the equivalent pressure elevation, based on polar atmospheric conditions, will vary from 10,800 (3300m) to 13,120 (4,000m).
Trade Winds blow fast and in Pretty much any direction. That's why sailors try to sail there often.
Katabatic
Katabatic winds blow down from high mountains, plateaus and hills to valleys and plains below, whereas Anabatic winds are totally opposite of it. (Vice Versa)(also they can shit)
Blizzards are constant on the Antarctic continent, specifically caused by Katabatic winds that blow off the polar plateau, and which are driven by the rotation of the Earth.
katabatic winds
A little ove 750 mph that is
Katabatic winds can howl across the continent, down the polar plateau, and achieve hurricane force. These winds move ice crystals around the continent and sometimes force scientists to remain indoors until the winds subside.
In Antarctica, the winds are known as Katabatic winds. In the Arctic, the winds are known as Squamish winds.
110 m/s
800+ km/s.
I have no idea
From Wikipedia:"A katabatic wind, from the Greek word katabatikosmeaning "going downhill", is the technical name for a drainage wind, a wind that carries high density air from a higher elevation down a slope under the force of gravity."In Antarctica, katabatic winds swirl down to the beach -- about 750 miles -- from the elevated South Pole, which sits at an elevation of 9,300' (2900m), however the equivalent pressure elevation, based on polar atmospheric conditions, will vary from 10,800 (3300m) to 13,120 (4,000m).
You're thinking of katabatic winds, driven by the rotation of the hearth and the rush of cold air flowing downhill from the 9,000 ft-above-sea level polar plateau.