Climate Change: La Niña fades, because global heat is constantly growing

La Niña, a natural air conditioning phenomenon, results in a cooler silent ocean temperatures and affects weather conditions around the world. The latest forecasts of WMO It is expected that sea surface temperatures in the equatorial pacific return to normal.

The Agency says the terms of 60 percent of the chance will move into what scientists call the neutral temperature by the neutral temperature during March and 2025. Maya, increasing up to 70 percent for April 2025. Years.

ENSO (El Niño-South oscillation) – Nontral simply means that the ocean is neither unusually warm (El Niño), nor unusually cool (La Niña). Likewise, the probability of El Niño development is very small in this period, the Agency said.

According to the General Secretary of WMO, Celeste Saul, El Niño and La Niña joined forecasts are critical for early warnings and taking over preventive action.

“These forecasts translate in millions of valuable valuables in economic savings for key sectors such as agriculture, energy and transport, and saved thousands of lives over the years allowing the disaster risk readiness.”

La Niña, with his great cooling of ocean surface temperatures in the central and eastern pacific, changing wind, pressure and rain. Usually, it adopts climate influences contrary to El Niño, especially in tropical regions.

For example, during El Niño, Australia often experiences drought, while La Niña can bring in an increased rain and flood. In contrast, parts of South America can experience drought during La Niña, but wet conditions during El Niño.

Bringing heat

Significantly these natural climate events currently appear together with climate change on human caused, which heats the planet and causes more extreme time. According to the WMO, January 2025. He was the warmest January on records, despite the colder conditions of La Niña.

The Agency is viewed on ENSO, but also issues regular global seasonal climate updates (GSCU) that provide more comprehensive climate prospects based on other key samples such as those in the Atlantic and Arctic. These updates are monitored and the temperature of the sea, global and regional changes in temperature and rain.

Most maritime regions placed to be hotter than normal, except in the eastern Pacific, WMO forecasts above average temperature in almost all land areas around the world during the upcoming season.