National Hurricane Center monitoring multiple tropical systems in the Atlantic

The Atlantic Basin is currently experiencing a surge in tropical activity, with Hurricane Gabrielle and two other disturbances being closely monitored by the National Hurricane Center.

Hurricane Gabrielle is currently located east of Bermuda and is moving in an easterly direction. Meanwhile, two tropical disturbances in the central Atlantic are showing signs of potential development in the coming days.

The first disturbance, situated between the Lesser Antilles and the Cabo Verde Islands, has an 80% chance of developing into a tropical depression within the next seven days. Showers and thunderstorms have intensified in the area, and conditions are expected to become more favorable for development by midweek.

The second disturbance, located to the west of the first system, is a disorganized area of showers and thunderstorms. Despite its current state, there is a possibility of slow development as it moves towards the southwestern Atlantic Ocean. The National Hurricane Center gives it a 50% chance of development within the next week.

Both disturbances are expected to bring gusty winds and showers to the Leeward Islands as they track west-northwestward. The next tropical depression to form will be named Humberto once sustained winds reach at least 39 mph.

NOAA’s Climate Prediction Center forecasts an increase in tropical activity across the Atlantic Basin in the coming weeks as environmental conditions become more conducive for development. This trend is likely to continue into early October, according to experts at Colorado State University.

While the peak of the hurricane season has passed, historical data shows that a significant portion of tropical activity occurs in the weeks following mid-September. About two-thirds of all Atlantic hurricane season activity typically occurs between late August and early October.

Last year’s active period for tropical development in late September and early October serves as a reminder of the potential for high-impact and devastating storms during this time of the year.