There is a 60% chance of a mild La Niña event occurring in the next few weeks, and the probability that it will extend into March is estimated by the Centro de Prediction Climática de la Oficina Nacional de Administration Oceánica y Atmosférica de Estados Unidos (NOAA, por sus siglas en inglés).

Spring is part of a natural climate cycle that can produce extreme climate episodes across the planet, the effects of which change the next day.

There is no guarantee that this La Niña event is expected as these are general trends. The experts believe parts of northern South Africa could receive more than usual lluvias. The regions of the United States and other zones of Mexico may be longer than normal. The extreme north of the United States and coastal Canada are expected to contain more people than the trough.

La Niña is the phase of the Niño-Oscilación del Sur, a global climate change that occurs due to natural causes and changes in the ambient and ocean temperatures of the Pacific and can cause extreme climate events across the planet.

El Niño is the phase of the Cold War, and it turns out that they weaken the people Suelen travels through the Pacific around Asia, so that the oceanic water masses accumulate on the coast of western South Africa. But during 2016, people and the water rising from the depths of the sea had become more intense due to the higher sea temperatures brought by the project in the Oriental Pacific Ocean.

The higher ocean temperatures and higher atmospheric interactions affect the position of the celestial body – a band of air that must travel at high speed towards the western direction – plunged towards the north. The Correspondence and Chorus lie over the ocean and can cover the Humedad, influenced by the torments of the Tormentas and the beautiful rivers.

The Planeta experiment experienced a “triple” La Niña event between 2020 and 2023.

“We experienced three consecutive winters of La Niña conditions, which were unusual because the other time the country experienced it was between 1973 and 1976,” said NOAA climatologist Michelle L'Hurex. It is the case that the events of La Niña last longer and recur like El Niño.

“It's unusual, but not incomprehensible,” explained Ben Cook, a climatologist at the Instituto Goddard for NASA's Estudios Espaciales, affiliated with the Universidad de Columbia, when referring to the pronóstico of La Niña earlier this year.

Cook believes that the frequency of La Niña events may make them interesting for the regions that experienced them before they came to the next series, such as in Africa. “Since another La Niña event, this means that these conditions will not actually continue.”

The climatic effects of La Niña

La Niña's influence on climate varied depending on the location and time of L'Heurex. Parts of South America, such as Argentina, could take more seconds, while the company said it has seen more than normal in Colombia, Venezuela and northern Brazil.

“Depends exactly on the person it is. “Part of it consists of a Monzonian cycle, a period of time and a month that leaves Central and South America, so La Niña changes the intensity and location of these Monzonian circles,” explains L'Heurex.

In the United States, in the Norwegian region and in the Ohio Valley, conditions prevailed even more than normal activity, and the torment had to be measured by the correspondent's position, said Samantha Borisoff, climatologist for the NOAA Climate Center for the Norwegian region Based at the Universidad de Cornell.

The undulations of correspondence and chorus may also occur more frequently and frequently, particularly in the center and the United States. The biggest difficulty in the future outlook is that it depends on enormous pain times and their direction, Borisoff explained, noting that New Inglaterra, New York and the Grandes Lagos region have never received La Niña infestations It's a guarantee. The regions around the world and the safest in the United States are seeing more people in the active tormenta zones because they have more time and effort than normal.

La Niña, El Niño and climate change

According to scientists, the vineyards between La Niña and El Niño with climate change are not yet entirely clear.

The climate models indicated that El Niño was the most common and La Niña was less common, said Paul Roundy, a climatologist at the Universidad de Albany. But not all models coincided. Computer models also have difficulty separating the normal fluctuations in the phases of El Niño and La Niña from the influence of climate change in the heat of the oceans and atmosphere.

“It's not clear to me because climate change won't cause another El Niño event,” Roundy commented. “It's quite simple that nature has great variations in front of it. Since we have been able to do several events in La Niña for 40 or 50 years, this is a total success.”

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