The current El Niño is entering a phase that could develop into the strongest “super El Niño” in 76 years [1].
This atmospheric shift threatens global food security and water stability, particularly across Asia and the Americas. The intensification of this event is expected to begin in the fall of 2024 [3].
John Gotschalk, a senior scientist at the U.S. National Oceanic and Atmospheric Administration (NOAA) Climate Prediction Center, said the current event meets all conditions to become the most powerful El Niño since 1950 [2]. The phenomenon is driven by a rapid rise in sea-surface temperatures in the equatorial central Pacific Ocean [1].
These oceanic conditions create a ripple effect across the globe. Downstream impacts are expected in India, Thailand, Indonesia, and Australia, as well as along the western coasts of North and South America [1].
In regions like Indonesia, the effects are already being felt by those dependent on agriculture. One Indonesian farmer said he does not dare to plant a third crop because of fears regarding high temperatures and water shortages [2].
Scientists monitor these shifts closely because the scale of this event is rare. The NOAA data indicates that the atmospheric and oceanic conditions are currently favoring a very strong event [1]. This level of intensification, reaching a "super" status, could lead to extreme weather anomalies far beyond typical seasonal variations [1].
“The current El Niño is entering a phase that could develop into the strongest “super El Niño” in 76 years.”
A super El Niño event of this magnitude disrupts global jet streams, typically causing severe droughts in Southeast Asia and Australia while bringing heavy rainfall to the Americas. For the agricultural sector, this creates a dual crisis of crop failure in the east and potential flooding in the west, which can lead to global commodity price spikes and food instability.
