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- Jan 2025
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the air warms adiabatically which means that it depends on the lapse rate as you as you go to lower and lower altitudes um the temperature increases so the lapse rate is actually the drop of temperature as you get further from the surface of the Earth in dry air the adiabatic lapse rate is n about 10° CS per kilometer or about a degree celsius per uh 100 MERS okay so the as the air is coming down it's warming about 1° cels for each 100 meters of desent
for - physics - adiabatic warming - lapse rate - Santa Ana winds - venturi effect through canyons increases wind speed - SOURCE - Youtube - climate crisis - 2025 Los Angeles fires - The Catastrophic Climate Driven Conflagaration in Los Angeles - Paul Beckwith - 2025, Jan 10 - stats - Santa Ana winds warms 1 Deg C every 100 meter of descent due to adiabatic warming lapse rate - SOURCE - Youtube - climate crisis - 2025 Los Angeles fires - The Catastrophic Climate Driven Conflagaration in Los Angeles - Paul Beckwith - 2025, Jan 10
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- physics - adiabatic warming - lapse rate - Santa Ana winds - venturi effect through canyons increases wind speed - SOURCE - Youtube - climate crisis - 2025 Los Angeles fires - The Catastrophic Climate Driven Conflagaration in Los Angeles - Paul Beckwith - 2025, Jan 10
- stats - Santa Ana winds warms 1 Deg C every 100 meter of descent due to adiabatic warming lapse rate - SOURCE - Youtube - climate crisis - 2025 Los Angeles fires - The Catastrophic Climate Driven Conflagaration in Los Angeles - Paul Beckwith - 2025, Jan 10
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