Sep 17, 2024, 6:16 PM
Sep 17, 2024, 6:16 PM

Tropical disturbance threatens Caribbean and Gulf of Mexico next week

Highlights
  • The National Hurricane Center is monitoring the Caribbean and Gulf of Mexico for potential storm development next week.
  • The Central American Gyre is a key factor, historically linked to tropical storm formation in these areas.
  • Meteorologists predict increased rainfall and tropical moisture in the region by late next week, regardless of storm formation.
Story

As tropical activity in the Atlantic Ocean diminishes, attention is drawn to the Caribbean and Gulf of Mexico, where conditions are becoming favorable for potential storm development next week. The National Hurricane Center is monitoring the area, currently assessing low odds of development within the next seven days. The Central American Gyre, a significant low-pressure system, is contributing to this concern, as it has historically been linked to tropical storm formation in these regions during early spring or autumn. The gyre, which draws moisture from the Pacific Ocean, can lead to heavy rainfall and flooding across Central America. If conditions align, organized low-pressure centers may emerge within the gyre, potentially leading to tropical disturbances. Meteorologists have noted that moisture from the Pacific is expected to flow into the Caribbean Sea, creating a conducive environment for storm formation. Forecast models indicate that an upper-level dip in the jet stream will shift northward, allowing the gyre to drift into the southern Gulf of Mexico. This movement could open a window for tropical development, provided that no significant weather systems interfere. The Gulf of Mexico's warm waters and other favorable elements further enhance the potential for storm activity. While the formation of storms is uncertain, the pattern suggests increased rainfall for the Caribbean, parts of Mexico, and southern Florida by late next week. Regardless of storm development, a significant influx of tropical moisture is anticipated, which could lead to persistent weather impacts in the region.

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