The 2026 El Niño Event: Status, Forecast, and What It Means for Global Weather

• 63% chance that El Niño will become very strong (RONI of +2°C or greater) during November 2026–January 2027, which would rank among the largest events since 1950 .
• 96% chance of El Niño persisting through December 2026–February 2027 .
• The World Meteorological Organization (WMO) estimated an 80% probability of El Niño emerging by September 2026, rising to 90% before November .

Data from the International Research Institute for Climate and Society (IRI) at Columbia University shows that the Niño 3.4 SST anomaly reached +0.48°C in March–May 2026, jumped to +0.94°C by May 2026, and climbed further to a weekly value centered on June 17, 2026 . Multiple modeling centers now refer to the possibility of a "Super El Niño" .

Expected Global Impacts on Extreme Weather

The EU Joint Research Centre (JRC) warns that the impacts will be felt across 2026–27 and may persist even after the event peaks . Key projected global impacts include:

• Extreme heat will build across the tropics and subtropics from September 2026 onward .
• The WMO warns of "extreme weather events" including heatwaves, droughts, and heavy rainfall globally .
• El Niño typically raises global temperatures and increases the likelihood of floods, droughts, wildfires, crop failures, and disruptions to fisheries .
• The phenomenon modifies jet streams and alters precipitation patterns, leading to more severe storms in some regions .

Regional Rainfall: India

India is already feeling the impact. The India Meteorological Department (IMD) announced on June 12, 2026, that moderate to strong El Niño conditions are expected throughout the June–September monsoon season .

• The IMD's official seasonal forecast projects below-normal monsoon rainfall at 92% of the Long Period Average (LPA) with a model error of ±5% . The Times of India reported a forecast as low as 90% of LPA, which would be an 11-year low .
• Private forecaster Skymet also predicted below-average monsoon rainfall in 2026 .
• The probability of below-normal monsoon during moderate, severe, or very severe El Niño events since 1951 is considered "quite high" by experts .
• This deficit raises serious concerns about agricultural yields for crops like rice, cotton, and soybeans in the world's most populous nation .

Regional Rainfall: Israel and the Middle East

The evidence for Israel specifically is less definitive, but several sources provide useful context:

• The Famine Early Warning Systems Network (FEWS NET) indicated that an El Niño situation would lead to above-average precipitation in the Middle East .
• An Anticipation Hub presentation on the ENSO outlook for the Middle East and North Africa (MENA) region noted that El Niño tends to bring warmer conditions to parts of the Eastern Mediterranean, while the precipitation signal varies .
• The region had already experienced below-average precipitation during the prior La Niña period (Oct–Nov 2025) affecting Iraq, Jordan, Lebanon, Palestine, and Syria . El Niño may shift this pattern toward wetter conditions, but specific rainfall forecasts for Israel were not quantified in the available high-authority sources.

Important caveat: Seasonal predictability in the Eastern Mediterranean is lower than in the tropics. The exact rainfall outcome for Israel will depend on the strength and track of winter storm systems, which are modulated but not fully determined by El Niño.

Long-Term Climate Risks Through 2027

• Persistence of impacts: The JRC analysis stresses that climate impacts may persist even after the El Niño event itself has peaked .
• Global temperature records: El Niño events, especially strong ones, often contribute to the warmest years on record . Coming on top of long-term global warming, 2027 could see record-breaking global temperatures.
• Humanitarian toll: Welthungerhilfe's briefing notes that El Niño has historically been linked to crop failures, increased food insecurity, wildfires, elevated civil conflict risk, and increased disease risk in vulnerable regions .
• Potential for a multi-year footprint: Even after El Niño decays, the delayed warming of global oceans and shifts in regional rainfall patterns can continue to affect agriculture, water resources, and public health into 2027 and beyond .

Bottom line: The 2026 El Niño is now confirmed, intensifying rapidly, and has a 63% chance of becoming a very strong (historically large) event by late 2026. India faces a likely below-normal monsoon with agricultural stress. Israel and the broader Middle East may see above-average precipitation, but the signal is less certain. Global impacts — extreme heat, droughts, floods, and food security risks — are expected to extend through at least 2027.