1200 Weimer Hall | P.O. Box 118405
Gainesville, FL 32611
(352) 392-5551

A service of the College of Journalism and Communications at the University of Florida.

© 2024 WUFT / Division of Media Properties
News and Public Media for North Central Florida
Play Live Radio
Next Up:
0:00 0:00
Available On Air Stations

End of week severe threat to last several days over the Panhandle, North Florida

Severe thunderstorms could impact Florida’s Panhandle and northern peninsula over the next few days. In addition to excessive lighting and heavy rain rates, damaging winds and weak tornadoes will be possible from the strongest storm cells.

On Wednesday afternoon, surface high pressure and mid-level ridging were building over the eastern United States, producing clear skies and above average warmth. However, upstream over the Lower Mississippi Valley, a center of surface low pressure was intensifying. Clusters of strengthening thunderstorms continued to develop along the west-central Gulf Coast, and a shield of heavy rain was producing flash flooding over Arkansas and Missouri. This storm system is forecasted to slide eastward over the next few days and threaten North Florida and the Panhandle with severe thunderstorms.

Latest model guidance suggests that a broken line of thunderstorm clusters will inch toward the westernmost Panhandle overnight Wednesday into Thursday morning. These cells will likely impact locations from Pensacola east to Panama City during the day Thursday, before arriving to Tallahassee Thursday evening. A second batch of thunderstorms is expected to form on Friday, and storm activity could stretch from Pensacola to Tallahassee early on Friday, before entering the north Florida peninsula during the afternoon.

By early Saturday, the atmospheric dynamics should become less favorable for thunderstorm development over Florida. Although a few rumbles of thunder will be possible over the central and southern peninsula, the threat for severe storms should be quite low.

Megan is a multimedia meteorologist with the UF Weather Center, the Florida Public Radio Emergency Network, and the South Carolina Emergency Information Network.