Another round of fire weather could last for much of next week in Southern California, bringing new dangers as Pacific Palisades, Altadena and surrounding communities struggle to assess the damage of devastating wildfires earlier this month.
Whipping Santa Ana winds and dropping humidity levels will create an enhanced risk for wildfires in Southern California this week, according to the National Weather Service, which issued a warning Monday for a "life-threatening, destructive (and ...
A "Particularly Dangerous Situation" warning remains in effect as strong winds cause extreme fire danger in Southern California.
The potentially hazardous conditions are expected Tuesday afternoon through Wednesday in Los Angeles and Ventura counties, according to the NWS.
Fueled by powerful winds and dry conditions, a series of ferocious wildfires erupted last week and roared across the Los Angeles area.
National Weather Service offices across Southern California are warning residents of an increase in weather conditions that are conducive to rapid fire growth. Meteorologists are most concerned about conditions from Monday afternoon through Wednesday morning when winds will be at their peak and relative humidity will be low.
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.
Forecasters paused the "particularly dangerous situation" extreme fire weather warning for Los Angeles and Ventura counties Tuesday afternoon, but warned that winds are expected to pick back up.
Ferocious Santa Ana winds fueled blazes in Southern California. Yet weather can also help determine how long a fire will last.
Southern California will experience cooler and breezy temperatures over the weekend before another Santa Ana event develops early next week.
A red flag warning has been issued for the Inland Empire and some cities in the Coachella Valley as strong gusty winds and low humidity are expected early next week. The warning is in effect from 10 a.