El Niño broke a record by doing… nothing

El Niño is intensifying toward what forecasters now call a genuinely historic strength, and one of its strangest effects has nothing to do with a storm at all.

Through 10 September 2026, normally the peak of the Atlantic hurricane season, not a single Atlantic hurricane had formed this year, marking the latest season start since satellite tracking began in the 1960s.

WHAT’S ACTUALLY DRIVING THE SILENCE

Why has the Atlantic gone quiet?

El Niño typically increases wind shear over the Atlantic basin, tearing apart storms before they can properly form. 

Where the opposite is happening is the Pacific.

The 2026 Pacific hurricane season has been hyperactive instead, with named storms in the northeastern Pacific running roughly 40% above average for this time of year.

Who is confirming just how strong this El Niño has become?

NOAA’s Climate Prediction Center.

On 14 September, the Niño 3.4 Relative Oceanic Niño Index reached 2.0°C above average, the official threshold for a “very strong” event.

The Niño 1+2 region off north-western South America, which typically warms first, was already running 3.7°C above average in the same period.

WHY THIS EVENT KEEPS BREAKING RECORDS

When did forecasters start taking this seriously?

The World Meteorological Organization has described the event as “supersizing before our eyes,” projecting it could become the strongest El Niño on record.

The Washington Post reports water temperatures are projected to peak around 4.1°C above average in December, roughly a full degree hotter than the previous record set during the 2015 El Niño.

How confident are forecasters that this continues?

The WMO now puts the likelihood of El Niño persisting through February 2027 at nearly 100%, the first time a WMO update has been this unequivocal.

NOAA separately estimates a greater than 90% chance the event stays “very strong” through the Northern Hemisphere’s fall and winter.

WHAT THE IMPACTS ALREADY LOOK LIKE

Where has El Niño already caused real damage?

Panama has been hit hard, with torrential rain and severe flooding affecting more than 15,600 people in its Caribbean and northern regions.

At the same time, a rainfall deficit in Panama’s central and metropolitan areas has caused water stress across eleven watersheds.

Globally, the UN’s World Food Programme has separately warned that nearly 50 million more people in vulnerable communities could be pushed into acute hunger because of the strengthening pattern.

I find this quiet-Atlantic detail genuinely fascinating.

It’s a reminder that a single climate pattern can produce wildly different, almost contradictory effects depending entirely on where you’re standing.

Have you noticed any unusual weather patterns where you live this year?