Sep 29, 2024, 3:19 AM
Sep 26, 2024, 12:00 AM

Tropical Storm Isaac forms in central Atlantic, impacting Bermuda

Highlights
  • Tropical Storm Isaac formed over the central subtropical Atlantic, generating swells affecting Bermuda.
  • The storm has maximum sustained winds of 50 mph and is moving east at 12 mph, with expectations of increased speed.
  • Forecasters warn of life-threatening surf and rip current conditions due to swells, urging caution for those in affected areas.
Story

A new tropical storm, named Isaac, developed over the central subtropical Atlantic late Wednesday, approximately 690 miles east-northeast of Bermuda. The National Hurricane Center reported that the storm has maximum sustained winds of 50 mph and is moving east at a speed of 12 mph. Forecasters anticipate that Isaac will accelerate in its east-northeastern trajectory over the coming days. While there are currently no watches or warnings in effect, the storm is generating swells that are impacting Bermuda and are expected to reach the Azores by the weekend. The National Hurricane Center has cautioned that the swells produced by Isaac could lead to dangerous surf and rip current conditions along the affected coastlines. Residents and visitors in these areas are advised to stay informed through local weather updates. The potential for life-threatening conditions underscores the importance of heeding safety warnings during such weather events. In addition to the developments surrounding Isaac, Florida is preparing for Hurricane Helene, which is projected to make landfall on Thursday evening. This storm is expected to reach Category 4 strength as it approaches Florida's Big Bend region. The state has declared a state of emergency for 61 of its 67 counties, highlighting the seriousness of the situation. As Isaac continues to evolve, forecasters predict a gradual intensification followed by a weakening phase. The situation remains dynamic, and ongoing monitoring will be essential to assess the storm's impact on Bermuda and the Azores, as well as the broader implications for the Atlantic hurricane season.

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