Super Niño arrives: The most extreme meteorological phenomenon you will ever experience

'Super Niño' manifests with temperature anomalies in the Pacific, causing persistent heat in Spain and a notable decrease in Atlantic hurricanes.

## The Boiling Pacific and Its Global Echoes

We are experiencing a meteorological situation that, although brewing thousands of kilometers away, has a direct impact on our daily lives. This is the **'Super Niño'** phenomenon, a thermal anomaly in the Pacific Ocean causing waters to warm considerably, exceeding **2 or 2.5 degrees** of usual temperature in the South American zone. These high temperatures are not merely a curious fact; they are the engine of worldwide repercussions through what is known as "teleconnection." Basically, what happens in a remote point on the planet can end up altering weather patterns in places as far away as ours.

We are already seeing the first signs. In the Pacific zone, this warming is encouraging the formation of powerful hurricanes. Indeed, up to **three cyclones** (**Marie**, **Lowell**, and **Karina**) have been tracked between **California** and the **Hawaiian Islands**, anticipating severe storm and wind events in that region. But here is what is interesting for us: when the Pacific boils like this, the Atlantic seems to calm down. Sea temperatures in that basin do not reach the same extremes, which reduces the "food" for cyclones. The result is a significant drop in the number of hurricanes forming, especially starting from this time of year.

## The Heat Stays, the Fronts Move On

The connection between the Pacific and our climate becomes clearer when we observe the situation in Spain. For **three or four** months, we have been dominated by an **African ridge**. This persistent high-pressure system acts as a wall, preventing the arrival of fronts and depressions, which translates into relentless, often unchecked heat. And this is where 'Super Niño' comes into play. When Pacific hurricanes move eastward, some can transform into "ex hurricanes" that, upon reaching Europe, disrupt the meteorological board.

These ex hurricanes, by interacting with the European atmosphere, have the capacity to move pieces, including those high-pressure systems and heat ridges that are suffocating us. However, the paradox is that unless a major hurricane or ex-hurricane crosses the Atlantic with force, it will be difficult to see drastic weather changes in the **Iberian Peninsula**, **Balearic Islands**, and **Canaries**. The persistence of 'Super Niño', therefore, suggests an Atlantic with less cyclonic activity and, consequently, the prolongation of these warm conditions for several more weeks.

## When Will We Find Relief?

Although extreme temperatures above **40 degrees** might be less likely from now on, thermometers will continue to read high values for some time. The absence of a significant Atlantic perturbation, fueled by the lower formation rate of hurricanes, means that high pressure and heat will remain the protagonists. This is not a prediction of catastrophe, but an explanation of why the weather we are experiencing—persistent heat and little rain—could extend. It is important to remember that complex meteorological phenomena like this can have implications for health and the economy, so staying informed is key to taking necessary precautions.