Socal braces for record-breaking heat next week
Southern California is poised
for another intense heat wave, with several daily maximum temperature records potentially shattering next week. A brief respite from a historic winter heat wave ended Friday, leaving the region vulnerable to temperatures soaring back into triple digits.
Remarkable heat expected to return
The National Weather Service (NWS) forecasts a return to extreme heat beginning Monday, impacting Los Angeles, Orange, Riverside, and San Bernardino counties. Inland areas could see temperatures climb as high as 106°F (41°C) in parts of the Inland Empire. The NWS describes the upcoming heat as “rather remarkable,” with a near 100% chance of heat advisories from Tuesday through Friday. Extreme heat watches are in effect for all coastal and coastal valley zones.
Friday saw a flurry of record-breaking temperatures. Downtown Los Angeles reached 92°F, while LAX hit 88°F. San Diego and Chula Vista also recorded 89°F, and San Jacinto and Ramona reached 92°F. The all-time March heat record for downtown LA is 99°F, and the forecast for Tuesday currently sits at 101°F.
The peak heat is expected between Tuesday and Friday, with Tuesday and Wednesday being the hottest days along the coast. The NWS LA field office warns that the entire area remains on track for a historic March heat event. The combination of prolonged heat and dry conditions raises concerns about strain on infrastructure and heightened fire risk.
The heat is expected to be impactful. Residents are urged to take precautions, including staying hydrated, limiting outdoor activities during peak hours, and checking on vulnerable neighbors. The CBS LA Next Weather Alert is likely to issue a further warning as the week progresses. The forecast underscores the increasing frequency and intensity of extreme weather events impacting Southern California.
The data speaks for itself: This isn't just a warm spell; it's a continuation of a worrying trend. The region is adapting to a new climate reality, one defined by escalating heat.