El Niño's Strong Intensity and Its Global Implications
The World Meteorological Organization (WMO) has issued a warning that the El Niño phenomenon is expected to reach a "very strong intensity," which will significantly increase the likelihood of extreme weather events globally through the year 2027. In its most recent information bulletin, the WMO indicated that this climatic phenomenon has become firmly established and is likely to intensify in the upcoming months. The ramifications of this development could be profound, influencing temperature and rainfall patterns across the world while also elevating the risks associated with flooding, drought, and extreme heat. The WMO forecasts that El Niño will peak toward the end of 2026, driven by rising ocean temperatures in the tropical Pacific.
The New Climate Reality and Urgent Call for Action
These alarming predictions suggest an exceptionally high probability—nearly 100%—that the El Niño phenomenon will continue until February 2027. The WMO emphasizes that this scenario reflects a strong consensus within the UN network regarding the expected climate impacts in the coming year. The organization has characterized the situation as one of "exceptional magnitude," cautioning that the planet is entering uncharted waters, marked by warming trends. With sea-surface temperatures reaching record highs and an increase in extreme weather events, the WMO warns that such occurrences are becoming the new normal. In light of these developments, the need for decisive climate action and protection for vulnerable populations has never been more urgent. WMO Secretary-General Celeste Saulo highlighted that this unusual El Niño event necessitates extraordinary preparation and response measures.
Moreover, the WMO has mobilized its resources on an unprecedented scale, collaborating with National Meteorological and Hydrological Services to tackle the challenges posed by this climatic upheaval. The historical context of El Niño and La Niña episodes reveals that such climatic variations have often led Morocco to experience unusually high temperatures and reduced rainfall during winter months. However, the intensity of El Niño is not the sole determinant of its impacts, as these can vary widely by region.
In the aftermath of a particularly rainy winter from November 2025 to February 2026, Morocco saw a temporary end to its prolonged drought, successfully replenishing reservoir levels in its dams and reviving wetlands and river mouths. Yet, this recovery was soon overshadowed by a series of heatwaves, rekindling concerns about the implications of El Niño as temperatures remained unusually high as autumn approached this September. The General Directorate of Meteorology (DGM) issued multiple alerts regarding the persistent heat. This situation raises questions about whether the rainy winter of 2025-2026 truly signifies the end of Morocco's historic drought. While the rains alleviated some structural water stress, they may also herald a "new, warmer climate," according to climatologist and professor Mohamed Said Karrouk of Hassan II University in Casablanca. He argues that the current climatic patterns are reflective of a new reality that has been evolving since at least 2010, necessitating innovative adaptation strategies to navigate this shifting landscape.
As reported by yabiladi.com.
