Jet streams are often referred to as the "motor" of global weather: High-altitude wind currents steer areas of high and low ...

Teatro Grattacielo Launches Pay-What-You-Can Model And Casual Performance Atmosphere The initiative is designed to invite new and younger audiences into the world of opera.

The way climate change affects thermodynamic signals, such as atmospheric temperatures, is relatively well understood. Its effects on atmospheric circulation, however, are more complex because the ...

The discovery of atmospheric rivers overriding El Niño and La Niña weather patterns reinforced the need for a model that can predict when atmospheric rivers are coming, Luna-Niño said.

But using AI is still extremely tempting because the alternative is a computational atmospheric circulation model, which is extremely compute-intensive. Still, it's highly successful, with the ...

Atmospheric rivers have been making landfall further and further north in recent decades. Now scientists have figured out why.

The expanded tropical rainfall, combined with changes in atmospheric eddy patterns, results in high-pressure anomalies and wind patterns that steer atmospheric rivers farther poleward.

Model mixes AI and physics to do global forecasts Google/academic project is great with weather, has some limits for climate.

Pedro DiNezio, an atmosphere and ocean scientist at the University of Colorado who studies El Nino and La Nina, explains why and what’s ahead. What is La Nina?

Chinese scientists have constructed a numerical model of the Martian atmosphere, to assist the country's plans to return rock samples from the Red Planet.

Researchers have developed a deep-learning AI model that predicts how global warming is affecting daily precipitation patterns around the world. Using the model, scientists found that every year ...