El Niño threatens to be the strongest weather phenomenon in history

alofoke
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Climate alert: The El Niño phenomenon could reach historic intensity

The meteorological phenomenon known as El Niño, characterized by the unusual warming of waters in the Pacific Ocean, is shaping up to be one of the most powerful events recorded since 1950. According to recent reports, there is a 69% probability that this phenomenon will surpass any previous record of intensity, reaching temperatures of up to 2.5 degrees Celsius above normal.

Alofoke Deportes highlights that, according to technical data, the thermal anomalies detected in the eastern Pacific have already exceeded 2 degrees Celsius on the surface, extending down to 10 degrees below it. This strengthening trend suggests a probability of over 90% that we will face a major climatic event during the autumn and winter period.

Regional impacts and cyclonic activity

The influence of El Niño significantly alters global climate patterns. In regions like the United States, warmer winters and dry conditions are anticipated, although episodes of heavy rain and localized flooding in southern areas cannot be ruled out. The phenomenon also modifies the behavior of tropical cyclones:

  • Pacific: Greater activity is expected, with an estimate of up to 22 cyclones, a figure that exceeds the historical average.
  • Atlantic: The trend is the opposite, with a reduction in the probability of hurricanes, which has led to adjusting the season’s forecasts to a maximum of 13 storms.

With an event of this magnitude, the probability of experiencing impacts consistent with El Niño is higher, but they are not guaranteed. In summary, El Niño is strengthening.

Record temperature context

This climate outlook is unfolding in a context of high global temperatures. It was recently confirmed that July ranked as the hottest month on record in the United States, with an average temperature that exceeded the 20th-century average by 1.8 degrees Celsius. Constant monitoring of these variables is essential for preparation against the potential risks associated with this intense phase of El Niño.

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