Lightning bolt 829 kilometres long breaks record for biggest ever

In a mesocal storm, load production occurs on a large scale.

Large systems release Megaflash because of ları large enough electric clouds that ejaculate in low enough to facilitate single horizontal flashes that spread extraordinary distances. American Meteorology Association.

Megaflashes weaken the “30-30 rules taught in the United States so far and because they have traveled quickly, where the time between a light and thunder is less than 30 seconds, Yıldırım is considered dangerous. For a normal storm, the 30 seconds between flash and thunder means that the storm is about 10 kilometers away. A normal lightning strike does not reach that far.

However, a megaflash storm can send hundreds of kilometers of bolts from the main charging area and undoubtedly risk people at risk.

According to Lightning scientist Michael J. Peterson, the chief author of the research, which defines a record -breaking flash, an average of a record -breaking flash reveals an average of five to seven ground strikes from the clouds.

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“These statistics show that there is no safe place under an electric cloud that produces Megaflashes, and the current lightning security guidance is not enough to reduce megaflash hazards, Lar said Peterson from the Georgia Tech Research Center. Soil interactions.

Scientists gained the ability to measure Megaflases thanks to Geostationary Satellites permanently trained on storm hot spots such as space -based mapping technology and Great Plains.

Meteorologists discovered the new record -breaking Megaflash by reviving the data from the 2017 storm.

The mesocal storm systems that can call megaflases also occur in Australia and usually in the north.

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