Warming Pacific conditions are increasing wind shear across the Atlantic.
7 reports, 2 independent
Updated Sep 19
Gone quiet
Reached 2 outlets in its first 24 hours
- Reports
- 7
- Developments
- 4
- Repetition
- 86%
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
Warming Pacific conditions are increasing wind shear across the Atlantic.
Who's involved
What this event is mainly aboutHow it developed
Newest first. Tap a step to see who reported it.- Warmer ocean temperatures and upper-level winds are driving activity and suppressing storm formation in the Pacific and Atlantic.Sub-event
- The Atlantic basin is tracking tropical storm development while El Niño causes strong wind shear, leading to low pressure systems bringing moisture to the Carolinas.Sub-event
- El Niño is causing increased ocean warming and turmoil in the Atlantic.Sub-event
Warming Pacific increases wind shear across the Atlantic, influencing hurricane patterns.1 source
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The entities involved
- El Nino
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Jacksonville
city in Duval County, and largest city in State of Florida, United States
Related events
- El Nino influences tropical systems via wind shear.
- Shifting Pacific trade winds are pushing warm water near Alaska.
- El Nino threatens heavy rain and pounding surf in the Pacific region.
- Increased risk of hurricanes hitting Florida due to El Nino and equatorial Pacific warming.
- El Niño drives heat waves and drought risk, with Pacific Ocean conditions affecting global weather patterns across regions including California, Colorado, and the Indian Ocean.