Atlantic Hurricane Outlook – September 7, 2025
**We’re back after a series of technical issues. We apologize for the inconvenience.
TLDR Version: Click Here
Atlantic remains quiet with no tropical development expected in the next week
Atlantic Basin Overview
No Active Storms
The Atlantic basin is completely calm—no tropical depressions, storms, or hurricanes are present. The NHC advises that no tropical cyclone formation is expected over the next seven days.Tropical Waves Noted
A central Atlantic wave near 41°W and 17°N, moving west at 10–15 kt, shows scattered moderate convection—but no sign of imminent development.
Environmental Conditions
Sea Surface Temperatures (SSTs): Still warm across the Gulf and Caribbean (~29–31 °C), but less favorable in the open Atlantic.
Wind Shear: Elevated winds aloft continue across the basin, suppressing convective organization.
Mid-Level Humidity & SAL: Dry air and Saharan dust remain widespread, further limiting storm initiation.
Gulf of Mexico & Caribbean
The Gulf remains quiet and stable, with only typical afternoon sea-breeze thunderstorms occurring along coastal areas. No tropical systems are expected to develop.
Florida & Southeast U.S. Forecast
Florida continues under a late-summer pattern—hot, humid, and featuring scattered afternoon thunderstorms. With no systems nearby and improving sea conditions, no enhanced coastal risks are currently expected.
Rain forecast visualization courtesy of Windy.com
Summary
The Atlantic basin remains quiet, with no active systems or expected development in the short term.
Although tropical waves are present, environmental factors (warm SSTs excluded) are largely unfavorable across the basin.
The Gulf and Florida remain unaffected, experiencing only routine summertime weather.
TL;DR – September 7 Snapshot
No storms in the Atlantic; no development expected for 7 days.
A wave in the central Atlantic shows no signs of imminent organization.
Environmental factors continue to suppress new tropical formation.
Florida and Gulf remain calm with only routine weather patterns.
