Climate scientists have identified the formation of a very strong El Niño event, dubbed a “Godzilla El Niño,” in the Pacific Ocean [1].
This phenomenon is significant because it can trigger extreme weather patterns globally, including severe floods and droughts, while potentially accelerating global temperature increases.
Researchers and meteorologists, including those from NOAA, said the event began forming in June 2026 [2]. The system is centered in the central and eastern equatorial Pacific Ocean, where sea-surface temperatures are rising abnormally. According to data, there is a 63% probability that these temperatures will exceed the 2.0°C threshold that NOAA defines as a “very strong” El Niño [3].
Experts said this event may be among the strongest ever recorded [4]. While some analysts said the event may not drive immediate summer weather, others said it will trigger extreme rainfall and droughts across the world [5]. These downstream impacts are expected to be particularly severe in vulnerable regions, such as southern Africa [6].
Scientists link these unusually warm temperatures to ongoing global warming. The El Niño is expected to influence weather patterns throughout the 2026-2027 season [7]. If the event intensifies, researchers said that 2027 could become one of the hottest years on record [8].
“The event could be one of the strongest on record.”
The emergence of a 'Godzilla El Niño' represents a compounding climate risk where natural oceanic cycles intersect with human-induced global warming. Because this event is forecasted to be exceptionally strong, it may amplify existing vulnerabilities in global food security and infrastructure, particularly in regions already prone to extreme weather fluctuations.
