El Niño Weather Pattern Enters Record Territory: Scientist
- On Monday, WFLA-TV chief meteorologist Jeff Berardelli announced the current El Niño has broken the record for highest ocean anomaly in over 170 years, reaching 3.05 degrees Celsius above average.
- This event surged past the prior record of 3.02 degrees Celsius set in 2015, reaching that threshold two months early; many meteorologists now refer to the phenomenon as a "super" event.
- Although NOAA refers to the climate pattern as "very strong," the agency anticipates continued strengthening through the end of the year as Pacific Ocean temperatures remain significantly above average.
- Weather influenced by this event brings widespread impacts, typically causing cooler, wetter conditions across the South and warmer, drier conditions in the North between December and March.
- National Weather Service director Ken Graham previously stated that advanced monitoring allows the agency to better predict these patterns; the current event typically persists for nine to 12 months.
76 Articles
76 Articles
El Niño packed a punch in 2015, during which daily sea-surface time in a significant Pacific region hit a record 3.02C degrees above age that November. This year's El Niño isn't yet at its peak—that's expected in December—and it has already beaten 2015's number. Water in what...
The previous record is from 2015.
El Niño weather pattern enters record territory
The strengthening El Nino weather pattern has tied for the most intense on record on a widely-used metric, a senior scientist told AFP Monday, even as its influence is already being felt from Central America to Indonesia.
The El Niño in the equatorial Pacific Ocean has reached a level that exceeds all previous modern measurement records. According to the latest data, the temperature anomaly measured in the Niño 3.4 region has reached 3.05 degrees Celsius compared to the 1991-2020 average, exceeding the previous peak of 3.02 degrees recorded in November 2015. The phenomenon is particularly noteworthy because the expected peak of El Niño is not expected to occur un…
Map shows warming in the Equatorial Pacific Ocean range. Climate Reanalyzer The daily temperatures of the Equatorial Pacific Ocean are already reaching record levels and indicate that the 2026 El Niño can be, in fact, the most intense of all times. The daily monitoring of the Climate Reanalyzer – interactive online platform developed by the Institute of Climate Change of the University of Maine from data from the United States Ocean and Atmosphe…
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