The Palisades Fire and other blazes are expected to worsen throughout Los Angeles as the Santa Ana winds strengthen overnight

The ferocious Santa Ana winds that helped fuel the deadly wildfires around Los Angeles are forecast to ease later Wednesday, but they may return.

The nature of the Santa Ana winds makes them perfectly suited to fueling blazes like the Palisades Fire, and climate change is increasing the risk

Jon Keeley, a research ecologist in California with the U.S. Geological Survey and adjunct professor at UCLA, explains what causes extreme winds like this in Southern California, and why they create such a dangerous fire risk.

Santa Ana winds occur when air flows west from a region of high pressure over the dry Great Basin to lower pressure off the California coast, According to Accuweather. As that cool interior air flows over and through mountain passes, it accelerates, sinks and compresses.

The devastating fires across Southern California are being driven by the Santa Ana winds, as incredibly dry and windy conditions continue to heighten the fire danger

A powerful Santa Ana windstorm is bringing hurricane-force gusts and fire risks to California. Here's everything you need to know about the weather phenomenon.

The threat of renewed fire danger looms over Southern California as strong Santa Ana winds are forecast to intensify Monday night, further endangering communities already grappling with a series of devastating wildfires.

Mountain road closures are planned, and precautionary power shutoffs are expected due to potentially destructive winds and ultra-low humidity.

The latest Santa Ana wind event that officials have described as “life-threatening,” “extreme,” and “destructive” is expected to last until Wednesday afternoon. Red Flag warnings have been issued

The combined dry climate and flammable flora have created fires and firestorms before. In October 1978, the Agoura-Malibu and Mulholland Canyon fires burned more than 500 homes and killed three people. The Agoura-Malibu fire grew into a firestorm, a fire so intense it creates its own wind system.