Most of our weather comes from a force that doesn't actually exist. It just looks that way because we're standing on a rotating, spherical planet. You may have even heard of the coriolis effect before ...

JACKSONVILLE, Fla. — Meteorologist Robert Speta and Meteorologist Lee Southwick discussed Wednesday the local forecast and weather events around the world, plus took questions from viewers. For the ...

Discover how cyclones form, are classified, and measured, along with insights on forecasting their impact on communities.

Discover why cyclones move towards land, influenced by trade winds, ocean temperatures, and seasonal monsoon patterns.

Cyclones head for land mainly because of ocean winds, seasonal monsoons, and Earth's rotation steering them along certain paths. Warm ocean water helps cyclones grow, but once over land, they lose ...

If the storm is moving north, as Melissa is expected to do when it closes in on Jamaica, the worst side would be the right ...

We obtain the linear instability and nonlinear stability thresholds for a problem of thermal convection in a rotating bidispersive porous medium with a single temperature. We show that the linear ...

The simplest definition of wind is air in motion. Wind is generated by uneven pressure in the atmosphere, which is caused by uneven heating by the Sun, land, and oceans. The air closest to the ground ...

Our weather is largely driven by a force that only exists due to our position on a rotating planet. Here's an experiment you can do with your kids to show the Coriolis effect in action.