Highlights
- An extreme heat warning remains in effect for the Phoenix metro, including Scottsdale and Paradise Valley.
- High pressure moving directly over Arizona is driving temperatures up and cutting back storm chances, FOX 10 reported Wednesday.
- AZFamily reported the warning is likely to be extended beyond Wednesday evening, with First Alert Days in effect through Sunday.
- KTAR reported the Phoenix area will probably remain under an extreme heat warning all week as conditions persist.
An extreme heat warning remains in effect for the Phoenix metro area, including Scottsdale and Paradise Valley, as high pressure moves directly over Arizona, driving up temperatures and cutting back storm chances, FOX 10 reported Wednesday.
AZFamily reported that the extreme heat warning remains in effect through Wednesday evening and is likely to be extended. First Alert Days are in effect through Sunday as dangerous heat continues across metro Phoenix, AZFamily also noted.
KTAR reported that the Phoenix area will probably remain under an extreme heat warning all week as temperatures continue to climb. The National Weather Service Phoenix office confirmed extreme heat warnings are in effect for the Phoenix metro, Lower Colorado River Valley, and Imperial Valley, with major to extreme heat risk across the region.
The NWS Phoenix forecast office is the authoritative source for any changes to warning status; check weather.gov/psr for the latest updates.
Sources
Every factual claim in this article traces to one of the sources below. See how we work for the editorial process.
- Fox 10 Phoenix retrieved 29/07/2026 15:29
- AZ Family (3TV/CBS5) retrieved 29/07/2026 15:29
- AZ Family (3TV/CBS5) retrieved 29/07/2026 15:29
- ktar.com retrieved 29/07/2026 15:29
- weather.gov retrieved 29/07/2026 15:29
Authored by The Scottsdale Signal. Drafted by AI from primary-source material under our beat-specific editorial guides; reviewed by humans before publish under our five-gate process. Sources retrieved at 29/07/2026 15:29. Every claim traces to a source.