Rising temperatures increase the formation of supercell thunderstorms globally, leaving a devastating impact on the environment, lives, and property of humans.

A supercell is a rotating thunderstorm. “Nearly all supercells produce some sort of severe weather (large hail or damaging winds) but only 30 percent or less produce tornadoes,” says the ...

Conversely, this data also reflects a decrease in supercell formation in the months of June and July in a warmer future climate—most notably in parts of the Great Plains and lower Midwest.

To speak more directly to your question, the incredients that favor supercell formation tend to occur in the right combinations less frequently and somewhat less intensely, on average, in our ...

It is not a direct forecast of supercell formation but indicates whether atmospheric conditions are favorable for storm intensification. Sign up for our Newsletters ...

According to NOAA, supercell thunderstorms are responsible for nearly all significant tornadoes produced in the U.S.

Supercell formation requires a set of conditions that make the atmosphere unstable, and these start with warm, moist air at the surface and cold, dry air above.

Conversely, this data also reflects a decrease in supercell formation in the months of June and July in a warmer future climate—most notably in parts of the Great Plains and lower Midwest.