Traditional Culture Encyclopedia - Weather inquiry - How did Super thunderstorm cell come into being?

How did Super thunderstorm cell come into being?

The British "Daily Mail" recently described such a scene in a report: over the vast grassland and the silent expressway, a huge layer of dark clouds is gathering in the air, like a spaceship hovering over the earth. It clearly shows the terrible scene when the American "Tornado Corridor" Super thunderstorm cell was formed.

Texas, Kansas and Colorado are all located in the tornado corridor of the United States. Due to the special climate and terrain conditions in this area, these places have become the frequent places for tornadoes. Every spring, hot and humid air meets dry and cold air, forming a super thunderstorm cell. Because of its strong rotating force, it looks like a circular spacecraft. Super thunderstorm cell, as a strong convective monomer, can easily lead to the formation of tornadoes.

What is thunderstorm cell?

Thunderstorm cell is a local disastrous weather phenomenon with strong convection. Thunderstorm cell is divided into development period (cumulus period), maturity period and dissipation period. There is no precipitation during the development period, and the clouds are on the rise; When the rain begins in the cell, it reaches maturity, and there are ascending and descending flow cells in the cell, and there are many thunderstorm cells nearby, with heavy rainfall and thunderstorms. In the final dissipation stage, all cells flow downward.

How did Super thunderstorm cell come into being?

Hot and humid air meets dry cold air (such as hot and humid air in the Gulf of Mexico and dry cold air from Canada and the Rocky Mountains) to form a super thunderstorm cell. Because of its strong rotating force, it looks like a circular spacecraft. Super thunderstorm cell, as a strong convective monomer, can easily lead to the formation of tornadoes. The formation of super thunderstorm cell usually does not exceed 1 hour. However, in the process of its formation, the accompanying strong winds often blow down trees and cables, and the ensuing heavy rain and hail will also destroy road buildings. Therefore, when observing, you should stand at least 1 km away from the storm to avoid injury.

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