#ridge-wind

#ridge-wind

Heavy rain and thunderstorms affected much of Greece, with southeastern areas experiencing the most severe conditions, including flooding and stranded vehicles.

We created Earth in Action to provide a lens into what's happening on our planet, as it happens. Whether it's something typical, like the current air temperature, or an extreme event like a major dust storm, we wanted to provide an opportunity for people to see them.

The study highlights how rapid Arctic warming increases the frequency of extreme weather events, particularly concurrent heatwaves across Europe and eastern Asia.

Successive punches of snow, wind and severe weather are "going to impact the eastern half of the United States," AccuWeather senior meteorologist Tyler Roys said in an interview. Beyond the threat to lives and property, "whether it's wind gusts from a squall line, blizzard or snow, or just wind because of the storm, you're looking at several major airports being impacted."

Britain is about to be hit with showers of 'blood rain', according to experts from the Copernicus Atmosphere Monitoring Service (CAMS). This is thanks to a plume of red Saharan dust, which is currently sweeping over Europe towards the UK. When this dust mixes with Britain's persistent rain, the precipitation will take on a distinctive reddish colour - creating a phenomenon known as 'blood rain'.

The body is a shifting landscape transformed by surfaces and sensations. Each look captures a different tactile world: the heat of blood, the cool weight of metal, the yielding drift of water. The result is a sculptural study of how the elements carve, shield, and release the self. The materials we embody become the emotions we carry, and the body becomes a materialised exhibition of our emotions, from the pulse of Blood to the discipline of Metal to the surrender of Water.

When I spoke with emergency management officials last year, they all mentioned the same frustrating scenario. People ignore storm warnings until the precipitation starts falling, then suddenly everyone rushes out at once. The roads become congested with anxious drivers, accidents spike, and stores run out of essentials just when people need them most. But here's what really gets meteorologists worked up about this pattern. Modern weather forecasting has become incredibly accurate, especially for major winter storms.

If you are reading this on the East Coast, congratulations on the warmer weather you're finally getting this week. It was cold and snowy for a while there. Here in the West, we wish we'd been in your shoes. Spare a thought for the tens of millions of us who live on the other side of the continent, where a catastrophe is unfolding.

To get back to average snowpack, we essentially need to have the most snow that we've ever had for the last 30 years between now and mid-April. It would be extremely difficult for Colorado to get back to a normal/average snowpack. As an example, when looking at the Independence Pass SNOTEL site in central Colorado outside of Aspen, we typically have 13 inches of snow-water-equivalent at the end of February. This year, we only have 6.7 inches of SWE.

The reason we can gracefully glide on an ice-skating rink or clumsily slip on an icy sidewalk is that the surface of ice is coated by a thin watery layer. Scientists generally agree that this lubricating, liquidlike layer is what makes ice slippery. They disagree, though, about why the layer forms. Three main theories about the phenomenon have been debated over the past two centuries. Last year, researchers in Germany put forward a fourth hypothesis that they say solves the puzzle.

My father was a petroleum geologist. A lot of my childhood, he was gone, away on oil rigs in the Powder River Basin and remote parts of Wyoming, living in man camps long before cellphones. We had to wait days to talk to him. When he went into the nearest town to shower, he'd find a payphone and call us. I was always breathless with news.

A busy January 5-9 stretch brings frequent light-to-moderate refreshers across the Northern Rockies, with the deepest totals focused on Idaho and the Tetons while snow quality trends better and better as the week turns colder. Snow levels start relatively higher in parts of Idaho early in the window, then steadily crash through midweek, flipping more of the precipitation to snow and boosting snow-to-liquid ratios into the 14-20:1 range for a noticeably drier, fluffier feel late Wednesday into Thursday;

WeatherAs forecasters anxiously watch models for better agreement, one thing is clear: a major winter storm-named Winter Storm Fern by The Weather Channel-is forecast to impact a vast portion of the United States this weekend, bringing a dangerous combination of heavy snow, ice, and extreme cold to much of the country. Winter Storm Fern is expected to impact more than 230 million people across roughly two-thirds of the U.S., stretching across approximately 33 states.