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El Niño 2026 Surpasses Strong 2023 Event

From Tempo · () Indonesian

Translated from Indonesian, summarized and contextualized by DistantNews.

At a glance

News Named sources Context piece
  • The El Niño phenomenon in 2026 has become stronger than the 2023 event, with sea surface temperatures in the equatorial Pacific reaching 1.74 degrees Celsius above average.
  • Researchers predict this year's El Niño could surpass the "super" El Niño events of 1997 and 2015, potentially reaching 3.3 degrees Celsius according to Australian Bureau of Meteorology models.
  • The increased ocean temperatures are transferring heat to the atmosphere, likely leading to a "super" El Niño and potentially new global temperature records, with five storms already detected in the Pacific.

The El Niño phenomenon in 2026 has intensified beyond the strength of the 2023 event, according to researchers at Indonesia's National Research and Innovation Agency (BRIN). Sea surface temperatures in the eastern equatorial Pacific have reached 1.74 degrees Celsius above average, surpassing the 1.6-degree maximum recorded three years ago.

It is already clear and proven that El Niño 2026 is stronger than 2023.

— Erma YulihastinErma Yulihastin, a researcher at BRIN, stated the current El Niño's intensity compared to previous events.

Erma Yulihastin, a climate research professor at BRIN, cited data from the Australian Bureau of Meteorology (BOM), suggesting this year's El Niño could reach 3.3 degrees Celsius. This intensity raises concerns that it might exceed the "super" El Niño events of 1997 and 2015, which saw temperature anomalies of 2.2 and 2.6 degrees Celsius, respectively.

Based on Australia's BOM model, this year could warm to +3.3.

— Erma YulihastinYulihastin cited the Australian Bureau of Meteorology's prediction for the potential temperature anomaly.

Researchers are observing significant heat transfer from the ocean surface to the atmosphere, a key factor in El Niño's development. This process is expected to fuel a "super" El Niño and could lead to new global temperature records. The situation is being closely monitored, with five storms already detected forming in the Pacific Ocean, two of which have developed into tropical cyclones.

Where is the excess heat transferred if not to all parts of the sea, especially the surface? And if there is too much heat on the sea surface, where is the excess transferred if not to the atmosphere? This is why a super El Niño is certain to occur and sea surface temperatures will continue to rise progressively.

— Erma YulihastinYulihastin explained the mechanism of heat transfer from the ocean to the atmosphere, leading to her prediction of a super El Niño.
DistantNews Editorial

Originally published by Tempo in Indonesian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.