The U.S. National Oceanic and Atmospheric Administration (NOAA) and climate researchers are warning of an impending "Super El Niño" event [1].

This phenomenon matters because the resulting disruption of atmospheric circulation can trigger catastrophic weather extremes, including intense rainfall, severe droughts, and storms, across multiple continents [2, 3].

Scientists said the eastern Pacific Ocean near the equator is warming rapidly [1, 2]. There is a probability of more than 80% [1] that an El Niño event will form by July 2026. Experts said the Super El Niño could remain active throughout the entire year of 2026 [1].

While the warming originates in the Pacific, the effects are expected to be felt globally. Researchers specifically highlighted potential impacts in Central Europe, including regions such as Central Germany [1, 2]. The rapid heating of the ocean surface alters how air and moisture move around the planet, which often leads to unpredictable and volatile weather patterns [2, 3].

Climate researchers said the scale of this event distinguishes it as a "Super" El Niño, implying a magnitude of warming that exceeds typical cycles [2]. These events historically correlate with significant shifts in agricultural productivity, and water security due to the redistribution of precipitation [3].

Monitoring agencies continue to track sea-surface temperatures to refine the timing and intensity of the event [1]. The current data indicates that the atmospheric shift is already underway as the eastern Pacific continues to heat [2].

“There is a probability of more than 80% that an El Niño event will form by July 2026.”

A Super El Niño represents a significant deviation from normal climate patterns, potentially compounding the effects of long-term global warming. By shifting precipitation and temperature zones, this event may stress global food supplies and infrastructure, particularly in regions already vulnerable to extreme flooding or drought.