The World Meteorological Organization (WMO) has issued a serious warning regarding a high-impact climatic phenomenon: the Super El Niño. This event is expected to intensify significantly starting in July 2026 and could trigger catastrophic effects in various regions of the world.
The Growing Impact of the Super El Niño
Although the term Super El Niño is not officially listed in the WMO’s nomenclature, experts use it to identify extraordinarily strong El Niño episodes. These events have the capacity to radically alter global temperature and precipitation patterns.
According to a meteorologist from INUMET, it is already too late to adequately prepare for the repercussions of this phenomenon. This call to action highlights the urgency of implementing preventive measures.
The anomalous warming of the equatorial Pacific Ocean waters, detected by the WMO, continues to increase. International climate models agree: in the second half of the year, this warming could reach concerning levels, generating risks of extreme heat, floods, droughts, and more.
Celeste Saulo, Secretary-General of the WMO, emphasized that the current conditions of El Niño could intensify rapidly, becoming a major event. Given the context of already elevated global temperatures due to anthropogenic climate change, the potential consequences are even more alarming.
Consequences of the Super El Niño in 2026
The WMO indicates that the effects of the Super El Niño will not be uniform, varying by region. Among the main anticipated impacts are maximum temperatures in several nations, extended heatwaves, severe agricultural droughts, and intense rains that could cause floods.
Additionally, the increase in intense storm activity, the disruption of food production, and the predisposition to wildfires are other concerns stemming from these dry conditions. The availability of drinking water and the generation of hydroelectric power could also be affected.
The WMO urges governments to prepare adaptation strategies and early warning systems to mitigate risks to the population and infrastructure. Accurate projections of these extreme events are key to effective water management and the protection of food resources.
