The Climate Prediction Center of the U.S. National Oceanic and Atmospheric Administration has reported the emergence of El Niño conditions in the equatorial Pacific Ocean, with forecasts suggesting further development over the coming months and into the winter of 2026-2027.
According to the agency’s latest assessments, current climate indicators are increasingly consistent with El Niño conditions, while several forecasting models indicate the possibility of a stronger event if present trends continue.
Observed data show rising sea surface temperatures across parts of the equatorial Pacific, accompanied by changes in trade wind patterns, both of which are considered key indicators in the development of the phenomenon.
Climate projections suggest that El Niño could contribute to warmer global temperatures and influence rainfall patterns in different parts of the world, potentially bringing drought conditions to some regions and heavier precipitation to others.
For Morocco and Northwest Africa, specialists note that the phenomenon’s influence is generally indirect and depends on interactions with regional atmospheric systems. However, some scenarios point to higher temperatures and greater climate variability during the coming seasons.
Climate monitoring centers continue to assess the evolution of the phenomenon, while awaiting additional data that may provide a clearer picture of its potential impacts in the months ahead.