Experts Warn of Intensifying Super El Niño Threatening Global Heat Extremes Through 2027

Climate experts are warning of an emerging super El Niño event developing in the tropical Pacific Ocean, which could trigger one of the strongest recorded climate phenomena and impact global weather into early 2027. Measurements from April to July show rapid sea surface warming, reaching 2.1 degrees Celsius above average by mid-July. Atmospheric indicators, such as a significant drop in air pressure differences between Tahiti and Darwin, Australia, confirm the strengthening El Niño pattern.

This cyclical warming disrupts normal wind and moisture patterns, causing extreme weather worldwide. Regions including Europe, North Africa, and large parts of Asia are expected to experience above-average temperatures, while Southeast Asia and Australia face risks of drought, wildfires, and agricultural damage. Conversely, parts of South America and East Africa may see unusually heavy rains, floods, and mudslides. Latin American countries are already preparing emergency response systems to protect water supplies, electricity production, and crops.

In Israel, the direct impact of El Niño on weather remains uncertain and indirect, with no clear link to current heatwaves or upcoming winter conditions. However, global agricultural disruptions could lead to food shortages and price increases affecting Israeli markets. The Middle East is particularly vulnerable to intensified heat, which strains electricity, healthcare, and water resources.

Experts caution that El Niño events typically peak late in the year but can influence temperatures well into the following year, raising concerns that 2027 may see new global heat records. While "super El Niño" is an informal term for an exceptionally strong event and forecasts may evolve, current data indicate continued ocean warming and atmospheric changes without signs of weakening. This suggests that the extreme weather patterns observed so far may only be the beginning.