Forecasters in Southern California expect to issue a 'particularly dangerous situation' red flag warning for the coming week as the Santa Ana wind forecast worsens.

Critical fire conditions are expected to continue through Friday. But rain could be on the way this weekend. Here's what to know.

Meteorologists said there was a chance the winds would be as severe as those that fueled the Palisades and Eaton fires, but that different locations would likely be affected.

Another moderate to strong Santa Ana wind event is expected to develop across Southern California during the first half of the workweek.

Winds have picked up and are expected to continue through Tuesday morning, raising the risk of new wildfires sparking.

Santa Ana winds, which are high-speed winds that blow from the mountains to the coast in California, could spread these devastating blazes further. The Rocky Mountains will experience a strong ...

Firefighters held the line against two massive wildfires that have ravaged parts of Los Angeles for the past week, even as desert winds and a parched landscape presented extremely hazardous conditions.

Strong, damaging Santa Ana winds are expected to bring extreme ... a meteorologist with the National Weather Service office in Oxnard, California. The areas likely to see the strongest gusts ...

Fire season continues to drag on with another round of Santa Ana winds and bone-dry conditions this week ... A low pressure system was expected to slowly move through California, likely bringing at least some rain to most local areas.

The Palisades and Eaton wildfires also continue burning in the Los Angeles area, leaving parts of Southern California with devastating fire damage.

The latest in a long stretch of apparently unending Santa Ana wind events will bring another round of potentially damaging offshore winds and dangerous fire weather conditions to Southern California.

A small amount of rain is in the forecast for the region beginning late Friday through early Saturday, a much anticipated change of weather.