Unnamed Storm Hits Carolina Coast Amid Tropical Activity

Tue Oct 21 2025 04:27:11 GMT+0300 (Eastern European Summer Time)

The Carolina coast faces flooding as an unnamed storm combines with unusual king tides, bringing significant weather challenges. Tropical storms are also brewing in the Pacific, threatening heavy rains.

Early Friday, an unnamed storm along with high king tides led to flooding in Charleston, South Carolina, prompting city officials to provide free garage parking. Forecasters expect the worst weather to affect the Outer Banks through the weekend. Meanwhile, Tropical Storms Priscilla and Raymond are causing rain and flood warnings in parts of Mexico and the U.S. Southwest, with additional storms like Jerry developing in the Atlantic, spurring widespread weather alerts.

MIAMI (AP) — An unnamed storm and unusually high king tides are creating flooding issues along the Carolina coast as tropical storms swirl in the Atlantic and the Pacific.

Charleston, South Carolina, has seen about a dozen flooded streets, leading the city to offer free parking in public garages. An 8.5-foot high tide was predicted for Friday morning, marking one of the highest tides recorded in over a century.

The unnamed coastal storm and the high king tides present a risk of coastal flooding, particularly for areas like the Outer Banks in North Carolina. Dramatic weather conditions are anticipated from Friday through the weekend.

Meanwhile, in the Pacific, Tropical Storms Priscilla and Raymond are raising concerns over heavy rain and possible flash flooding across the U.S. Southwest, prompting flood watches for parts of Arizona, California, and Nevada.

Priscilla is currently located about 190 miles west-northwest of Cabo San Lazaro, Mexico, moving northward, while Raymond has a tropical storm warning in effect along the southwestern coast of Mexico.

As the hurricane season proceeds, additional storms like Jerry are forming, urging officials to remain vigilant as the La Nina pattern promises to affect weather conditions globally, with potential impacts ranging from heavy rainfall to droughts.