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Category‑2 Hurricane Isaias Hits Florida Panhandle, Triggers Surge and Power Outages

Reported by Manish Reddy (Senior Writer) · NPR - Science ·

Verified — Confirmed by a second source: The Guardian - Environment

Confirmed by a second source: The Guardian - Environment

Important
Category‑2 Hurricane Isaias Hits Florida Panhandle, Triggers Surge and Power OutagesPhoto: Wikimedia Commons

Hurricane Isaias struck the Florida Panhandle Friday night near Destin as a Category 2 storm with winds near 105 mph. The National Hurricane Center warned of dangerous water surges along the coast from the Alabama‑Florida border east to Grayton Beach, with water levels expected to rise six to nine feet, and a broader stretch seeing more than four feet of surge. Power outages were already affecting over 460,000 customers across Alabama, Florida and Georgia, and officials said widespread blackouts were likely as the storm moved inland. Rainfall could total four to eight inches in many parts of the three states, with isolated spots possibly receiving up to 15 inches. The system is expected to weaken after landfall and become a post‑tropical cyclone by Saturday. Florida Governor Ron DeSantis urged residents to prepare for heavy rain, tornadoes and loss of electricity, telling people to assume they would lose power. He also reminded that floodwater poses a greater danger than wind. About 16,000 utility crews and 5,000 National Guard members were on standby to restore services. Governors of Florida, Alabama and Mississippi declared states of emergency, with Alabama’s Kay Ivey covering 40 counties and DeSantis ordering evacuations in 25 counties. In the Panhandle, schools and airports were closed and many residents evacuated. Warm Gulf waters, unusually high for this time of year, helped the storm intensify, a pattern scientists link to long‑term climate warming.

Context

The Gulf Coast’s unusually warm sea surface this season has reduced the usual suppressing effect of a strong El Niño, allowing the first Atlantic hurricane of the year to develop later than typical. Such warm water also tends to increase storm strength and rainfall, a trend tied to broader climate change.

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