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Climate Change Projected to Double Lightning Strikes by 2100

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Climate Change Projected to Double Lightning Strikes by 2100

A new study published in Science Magazine projects that climate change-induced warming will lead to more lightning strikes and more—and more dangerous—wildfires.

A team of four researchers from the University of California at Berkeley and the State University of New York at Albany said, "Lightning occurs more frequently when it is hotter than when it is colder," and asked "How much more lightning should we expect as global temperatures increase?" The team crunched 11 studies on precipitation and cloud buoyancy to come up an answer: lightning strikes could increase by 50 percent by the end of the century if greenhouse gas emissions continue at the current rate.

“With warming, thunderstorms become more explosive,” said lead author David Romps of UC Berkeley. “This has to do with water vapor, which is the fuel for explosive deep convection in the atmosphere. Warming causes there to be more water vapor in the atmosphere, and if you have more fuel lying around, when you get ignition, it can go big time.”

"Big time" indeed. Currently there are around 25 million lightning strikes per year. Romps and his team predicted that lightning strikes will increase by about 12 percent for each degree Centigrade of rise in global average air temperature if greenhouse gas emissions are not decreased. And while lightning strikes do cause human injuries and even scores of deaths each year, Romps said the main impact would be an increase in wildfires. He said that almost half of all wildfires—and often the hardest ones to fight—are caused by lightning strikes. That's a double whammy for states like California where prolonged drought has turned its forests into tinderboxes.

Expect to see more lightning strikes and more wildfires if climate change is not controlled, according to a new research paper.
Photo credit: Shutterstock

The team looked at both precipitation data from the U.S. Weather Service and a factor called Convective Available Energy Potential (CAPE), measured twice a day by instruments carried on balloons released around the country. CAPE increases as air warms. They combined those measures to arrive at their conclusion.

"We were blown away by how incredibly well that worked to predict lightning strikes,” said Romps.

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