🌪️ Earlier this month, the World Meteorological Organization and the US National Oceanic and Atmospheric Administration (NOAA) issued some dire alerts. They’re predicting an 82% probability of an El Niño event this summer, with a 35% chance that this climatic cycle could intensify into a rare and record-breaking “Super El Niño” that could disrupt global food and commodity systems in a way that is worth closely monitoring over the coming months.

What is El Niño, and why should we care?

El Niño, shorthand for El Niño-Southern Oscillation (ENSO), is the planet’s most influential natural climate driver. Think of it as some kind of atmospheric seesaw between two opposing phases that shift every two to seven years.

La Niña is the cooling phase of this weather system. It’s driven by strong easterly trade winds that push warm surface waters in the Pacific Ocean toward Asia, allowing cold, deep-sea water to well up along the South American coast.

El Niño, on the other hand, is the warming phase responsible for the current climate shift we’re watching unfold. It typically arrives when trade winds weaken, causing the massive pool of warm surface water in the Pacific to slosh eastward toward the Americas. This shifting ocean heat then alters the jet stream (the high-altitude wind), upending weather patterns in the central Pacific and temporarily elevating temperatures around the globe.

Double trouble

But what makes it “Super”? While a standard El Niño requires sea-surface temperatures in the central Pacific to rise 0.5°C above historical averages, a “Super El Niño” occurs when surface temperatures surge to 2.0°C or higher. So far, subsurface temperatures at depths of 50-150 meters have already spiked up to 6°C above normal levels, The International Research Institute for Climate and Society recently noted. Meanwhile, leading climate models — including Europe's ECMWF and NOAA’s CFSv2 — project that peak anomalies could breach the 2.0°C “super” threshold by the end of the year.

We’re nowhere near the Pacific, so how is this relevant? An intense El Niño is ultimately a systemic macroeconomic shock with consequences that reach far beyond local weather patterns in the Pacific. By altering precipitation patterns globally, a Super El Niño can set off atmospheric instability that results in drought and wildfires in some areas around the world, and conversely, major flooding in others. Most alarming, however, is the potential strain it would place on crop yields, fisheries, and power generation around the world at a time when the world is already facing major energy constraints.

For context, this is what happened during the last few Super El Niño events in recent history. Back in 2023, which was the most recent time we saw a super El Niño unfold, agricultural markets were severely disrupted. Before that, in 2015, we saw a Super El Niño event trigger the longest global coral bleaching event on record.

The impact on Om El Donia

For Egypt, the arrival of El Niño introduces distinct vulnerabilities to water, fiscal stability, and energy infrastructure. El Niño has historically been correlated with erratic monsoon rainfall over the Ethiopian Highlands, which supplies over 80% of Egypt's freshwater, and poses a potential threat to the Nile’s inflows through the country. As the world’s largest wheat importer, we’re also uniquely exposed to international agricultural disruption. If an intense El Niño cripples grain yields in major exporting regions like Australia or the Americas, the state budget might have to wrestle with rising global commodity prices while dealing with an already inflated import bill.

The risks don’t end there. Since El Niño events amplify baseline global warming, we could be looking at an even hotter summer than anticipated — which means blasting ACs. That would place even deeper pressure on Egypt's natural gas supplies and power infrastructure, already reeling from the fallout of the US and Israel’s war on Iran, to keep up with excess demand.

The bottom line: The upcoming ENSO cycle is a lot more serious than its name suggests. A Super El Niño presents a complex risk-management conundrum for governments and vulnerable populations around the world. For Egyptian policymakers and businesses alike, proactive planning across agricultural supply chains, energy reserves, and water management — which in some cases has already popped up on policymakers’ radar — will be essential to buffer the domestic economy from this looming Pacific shock.