2024 was Milwaukee's warmest year, overtaking 2023, according to National Weather Service
According to National Weather Service data, Milwaukee had an average temperature of 52.8 degrees in 2024, 3.5 degrees warmer ...
NOLA.com3 小时
La Niña is back. Here's how it could impact Louisiana's next hurricane season.
It's not great news for the Gulf Coast and other storm-prone regions: La Niña is associated with more tropical activity in ...
2024 was officially the hottest year on RECORD, scientists confirm
While Britain might now be facing freezing weather, scientists have confirmed that 2024 was officially the hottest year on ...
New Scientist16 小时
La Niña is finally here but it won't stay for long
After months of delay, the cool La Niña climate pattern has emerged in the eastern tropical Pacific Ocean, which increases ...
It's now a La Niña winter, but it's a weak one. What to know about it in Arizona
La Niña could give way to neutral conditions by spring, but in the meantime, it could keep Arizona warmer and drier.
La Niña is here, what it could mean for the rest of Connecticut's winter
The latest El Nino-Southern Oscillation (ENSO) update by the National Oceanic and Atmospheric Administration on Jan. 9 ...
Wheat Futures Decline in Shortened Session - Daily Grain Highlights
Growing areas for winter wheat in Russia and the southern U.S. plains are receiving soil moisture via snow, which helps the health of those crops. This in turn put pressure on CBOT wheat futures, ...
La Niña has arrived. Here’s what that means.
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.
La Niña has officially started: What happens next?
A detailed analysis found La Niña began in December 2024 with a weak La Niña favored during the rest of this winter.
La Niña Arrives: What Forecasters Predict of Climate Pattern
La Niña, the periodic cooling of Pacific Ocean waters, has finally arrived, but forecasters predict it is weak and unlikely to cause as many weather problems as typically seen.