The world's meteorologists, climatologists and economists are sounding the alarm. After previous years of cooling the planet by the La Niña phenomenon and the subsequent transition through a neutral phase, our planet is currently on the verge of a massive and potentially catastrophic devastating climate phenomenon. The latest predictions warn of the formation of the so-called „"Super El Nina"“, whose intensity could surpass previously known historical maximums by the end of 2026, according to all indicators. Experts warn that the combination of this extreme fluctuation and long-term global warming will cause a climate tipping point that could drive global temperatures to brand new, unprecedented records.

What do the models show and why is this an exceptional situation?

El Niño is a naturally occurring climate phenomenon that occurs when the easterly trade winds weaken and the upward flow of cold, deep water slows. This causes heat to accumulate at the surface in the eastern and central equatorial Pacific Ocean, where it is released into the atmosphere and alters global weather patterns.

The latest data is extremely worrying. The driving force behind the current events is a massive ocean Kelvin wave (a subsurface pulse of heat) that is steadily gaining strength. The long-term model of the European Centre for Medium-Range Weather Forecasts (ECMWF) confirmed in May that There is a 100 percent chance of a Super El Niño forming by November 2026.. While a strong El Niño is considered to be a temperature deviation of 1.5°C and a super strong one of 2°C above normal, ECMWF models suggest that temperature anomalies may exceed the extreme limit of 3°C in 2026. Such a value represents the strongest recorded phenomenon ever.

The threat called "Year 2027"„

Although El Niño does not directly cause global warming, it significantly amplifies it. The previous event in 2023–2024 (rated as the fifth strongest) contributed significantly to the warmest twelve-month period on record, and global temperatures temporarily exceeded 1.5°C.

Analysts have issued a stark warning for 2027. The biggest increase in temperatures following an El Niño event usually doesn't fully manifest itself across the planet until the following calendar year, when massive amounts of pent-up heat are released from the oceans into the atmosphere. If the 2026 El Niño is as intense as models predict, Average global temperatures in 2027 are expected to surpass anything we've ever measured, and it will be an unprecedented "climate shock".

Previous extreme events have left catastrophic consequences. While the 1997-98 event was responsible for an estimated $45 billion in global economic damage and thousands of deaths due to extreme weather, a prehistoric event of similar magnitude (around 1877) brought devastating droughts that caused famines and the deaths of 12 to 50 million people in Asia, Africa, and South America.

Radical weather change and marine heat waves

This increase in ocean temperatures will fundamentally rewrite the distribution of precipitation and storms. While El Niño in the North Atlantic usually suppresses hurricane formation, this effect may come late in 2026, leaving the threat of cyclones unabated in early autumn. On the other hand, extreme warming will bring a radical increase in the number and strength of hurricanes and typhoons in the eastern Pacific, where storms will have a huge amount of energy available.

Marine ecosystems will be particularly affected by extreme impacts. Records show that during marine heatwaves, surface waters can be locally up to 4 to 5°C warmer than normal. This heat directly leads to massive bleaching and die-off of coral reefs, the extinction of underwater forests (kelp), and critical declines in fishing. Fish species are migrating to colder waters, which has historically devastated the anchovy fishing industry off the coast of Peru and caused mass die-offs of oysters and other animals.

Food security and economic consequences

While areas of the southern United States may paradoxically see increased rainfall and relief from drought, the situation in the Southern Hemisphere and Asia will be exactly the opposite. It is strongly expected attenuation of monsoon rains, which will critically threaten agriculture. The Indian Meteorological Institute and analysts (ICRA), for example, predict that due to the currently forming conditions, the volumes of the southwest monsoon in the region will fall to only 92 % of the long-term average.

Lack of rain and high temperatures have historically led to drastic reductions in yields of important commodities such as rice, palm oil, sugarcane and maize. These outages will undoubtedly will trigger an acceleration of global food inflation and can pose an existential crisis for the most vulnerable populations in Africa and developing Asia, which is associated with an increased risk of social unrest.

The conclusions of the models are clear and irreversible. Ahead of us is a huge test of the resilience of our civilization and the readiness of supply systems. If temperature anomalies climb to the predicted 3 °C by the end of 2026 and release huge amounts of heat into the global atmosphere, the following years may go down in history as the most crisis-ridden meteorological period in modern history. The preparation of emergency services, the agricultural and water management sectors has never been more urgent. JRi&CO2AI