- El Niño is developing in the tropical Pacific, causing shifts in jet streams that are impacting weather patterns across South America, the West Coast, Ohio, and Tennessee.
- El Niño conditions are impacting regional weather patterns in Arizona.
NWS issues flood watches for the Grand Canyon region as El Niño contributes to extreme weather patterns in Arizona.
23 reports, 4 independent
Updated Sep 13
Gone quiet
Reached 4 outlets in its first 24 hours
- Reports
- 23
- Developments
- 2
- Repetition
- 96%
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
NWS issues flood watches for the Grand Canyon region as El Niño contributes to extreme weather patterns in Arizona.
Who's involved
What this event is mainly aboutHow it developed
Newest first. Tap a step to see who reported it.- Flash floods overwhelm the Bright Angel Creek system due to El Niño-fueled rains intensifying destruction in the Grand Canyon.Sub-event
NWS issues flood watches for the Grand Canyon region due to El Niño's influence on weather patterns.1 source
Keep exploring
The entities involved
-
Grand Canyon
steep-sided canyon carved by the Colorado River in Arizona, United States
-
El Niño
Spanish rap artist
-
Arizona
state of the United States of America
Related events
- The Grand Canyon National Park is situated within Arizona, and the National Weather Service monitors weather patterns affecting the state.
- AccuWeather forecaster discussed the El Niño pattern, noting that it is causing warm sea-surface temperatures.
- Super El Niño events are currently affecting winter weather patterns in Missouri.
- 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.
- AccuWeather forecasts rainfall in Arizona while noting drought in the Colorado River Basin and low levels at Lake Mead.