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A giant basin formed off the coast of Florida was photographed by excited locals.
This natural phenomenon was filmed on a beach in Destin, Florida, on the Gulf of Mexico. It’s like a scene from a Hollywood movie.
Around 7 am local time, a huge column of water and air was seen surrounded by ominous black clouds due to a large storm surge in the Gulf of Mexico.
Funnels are called tornadoes in the water because they resemble tornadoes on land. In fact, a waterspout is a rotating column of air that sucks up water from the ocean and carries it into the clouds above.
However, in this case the comparison may be correct.
“This appears to have been a legitimate overwater tornado from a supercell thunderstorm rather than a weak stream of water from a shower,” AccuWeather’s Jesse Ferrell said.
It appears to be the fifth waterspout reported by the National Weather Service this summer near the Florida Panhandle.
It is not known how often the water appears, because most of them go unnoticed and unknown.
How do watersheds appear?
Water currents are formed by the collision of two winds blowing from different directions.
Dean Narramore, senior meteorologist at the Australian Bureau of Meteorology, describes the phenomenon in a detailed article in The Conversation.
He said the point where the two winds meet (called the “convergence line”) contains a lot of swirling air near the surface. If it spawns over water, it will absorb the liquid.
“When two winds collide, the air rises because it has nowhere to go.” This updraft carries water vapor high into the sky, where it forms showers, thunderstorms and cumulus clouds, Naramori says. writes Mr.
As the air rises, it can tilt some of the horizontal air near the surface toward the vertical. When this vertical twist is concentrated in a particular point, it begins to attract water and expels it.
Because water forms at the intersection of two wind lines, you may see a series of jet trains pushing low-level air upward at several different points.
It also suggests that predicting water flows is difficult for meteorologists.
“Water cavities are very large and impressive to the casual observer, but very small to meteorologists watching the world’s weather patterns. It will be very difficult,” he wrote.
“We know the weather conditions that can cause water eruptions, so if we see those conditions forming, we can say there are some possibilities. The small size and short lifespan of aquifers means it’s almost impossible to predict where and when. “. ”
Source: Metro
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