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Where Is the Most Lightning-Prone Place in the World?

Lake Maracaibo in Venezuela has a new claim to fame: This large bay has been revealed as the lightning capital of the world, with storms lighting up the skies almost 300 nights each year, according to a NASA study.

The largest lake in South America, Lake Maracaibo sits along the northern Andes Mountains, where the mountains form a natural barrier, pushing air up and mixing it with warm, moist air above the lake to create nocturnal thunderstorms. Researchers found that the lake gets per square mile (233 bolts per square kilometer) every year.

The previous titleholder, the city of Kabare in the Democratic Republic of Congo, gets 531 lightning bolts  per square mile (205 bolts per square kilometer) annually"Lake Maracaibo has a unique geography and climatology that is ideal for the development of thunderstorms," Dennis Buechler, a research scientist at the University of Alabama in Huntsville.Lightning occurs in thunderstorms when cold air and warm air interact. The cold air has ice crystals. The warm air has water droplets. Friction from the droplets and crystals bumping together creates positive and negative electrical charges in the clouds. When the negative charges at the bottom of the clouds get strong enough, electrical energy is let out in in the form of lightning that jumps to another positive structure on the ground or in the clouds.

http://www.livescience.com/54666-most-lightning-prone-place-in-the-world.html#sthash.igc1kEEo.dpuf

Reflection :

To save the earth, plant the trees for green the public city. Friction from the droplets and crystals bumping together creates positive and negative electrical charges in the clouds. When the negative charges at the bottom of the clouds get strong enough, electrical energy is let out in in the form of lightning that jumps to another positive structure on the ground or in

Sumarry : Researchers found that the lake gets per square mile (233 bolts per square kilometer) every year. Friction from the droplets and crystals bumping together creates positive and negative electrical charges in the clouds.