The long-awaited La Niña has finally arrived but it is weak and meteorologists say it's unlikely to cause as many weather problems as usual. Experts have been expecting the arrival of the climate phenomenon since last spring but finally,
NOAA has declared that a La Niña is underway. This cool weather event is likely to be shorter and weaker than usual, but will still affect global weather and climate.
There is a 59% chance for La Niña conditions until April with weak and short typhoons also likely to occur in the coming months, the state weather bureau PAGASA said Thursday.
The Philippines remains under a La Niña alert, with weak La Niña conditions likely to persist until the February-March-April season, the Philippine Atmospheric, Geophysical, and Astronomical Services Administration (Pagasa) said Wednesday.
The planet-cooling climate pattern known as La Niña is here, scientists said Thursday, but it cannot prevent 2025 from being one of the hottest years on record.
A La Niña advisory is in effect. La Niña occurs when the ocean's surface temperatures in the central and east-central equatorial Pacific reach a specific cooler-than-average level, as circled below. In addition, the response of atmospheric circulations globally are also considered.
La Niña has finally materialized. Here’s what that means for South Carolina weather and snow during the rest of the winter.
It's not great news for the Gulf Coast and other storm-prone regions: La Niña is associated with more tropical activity in the Atlantic Ocean. But this event might not make it to hurricane season.
A long-awaited La Niña has finally appeared, but meteorologists say the periodic cooling of Pacific Ocean waters is weak and unlikely to cause as many weather problems as usual.
The weather phenomenon was expected to emerge in late 2024 before delay. Officials finally announced that it had arrived earlier this week.
La Niña conditions finally arrived last month, and for us powder hounds, that’s big news. The tropics might be thousands of miles away, but shifts in the Pacific’s sea surface temperatures can influence the jet stream, storm tracks, and ultimately how ...
She’s back! La Niña has arrived, and its global ripple effects are already taking shape. Cooler-than-average sea surface temperatures in the tropical Pacific, combined with stronger trade winds, are influencing weather patterns