Deep tropical moisture interacts with warm air mass, leading to shared exposure to moisture and storm systems in South and Southwest Florida.
3 reports, 2 independent
Updated Sep 21
Gone quiet
- Reports
- 3
- Developments
- 5
- Repetition
- 33%
New informationRepeats or wire copies
AI-generated analysis. Brind wrote this summary from the reports listed below. It can be wrong. Each section says how much you can rely on it, and the sources are linked so you can check.
What happened
Deep tropical moisture interacts with warm air mass, leading to shared exposure to moisture and storm systems in South and Southwest Florida.
Who's involved
What this event is mainly aboutHow it developed
Newest first. Tap a step to see who reported it.Tropical moisture and low pressure systems are currently impacting West Palm Beach and South Florida.1 source
- Saharan dust settles over South Florida region.Sub-event
- Interior air is warming and an atmospheric high-pressure system is driving easterly winds across Florida.Sub-event
- Caribbean moisture is moving north, increasing rainfall risk for South Florida counties.Sub-event
Weather systems involving tropical moisture are impacting South and Southwest Florida.1 source
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The entities involved
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Africa
continent
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South Florida
region of the U.S. state of Florida
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Southwest Florida
region in Florida
Related events
- Dry air originating from Africa is inhibiting the development of tropical storms.
- El Niño pattern brings above-average moisture and warm weather to Central and South Florida.
- Deep tropical moisture and unsettled weather are causing rainfall to focus across Broward and northern Miami-Dade counties in South Florida.
- NOAA monitors storm development near South Florida.
- A study involving the Office of Naval Research and University of Miami is examining how Saharan air from Africa interacts with El Niño patterns to influence tropical activity.