Atlanta, Georgia – Hot, stormy weather will dominate Georgia on Monday, July 28th, as temperatures climb toward 96°F and thunderstorms threaten by mid-afternoon.
According to the National Weather Service, a 20% chance of thunderstorms begins after 2 p.m. Monday, especially in and around Atlanta. Heat index values could reach 102°F, pushing dangerous heat thresholds across Fulton, DeKalb, and Clayton counties. Winds remain light out of the northwest around 5 mph, offering little relief.
Residents should stay indoors during peak heat hours and limit outdoor activity between 12 p.m. and 5 p.m. Keep hydration high, and check on older neighbors or pets. Lightning and heavy rainfall may cause delays along major corridors like I-75, I-285, and I-20, particularly during the evening commute. Drivers should prepare for reduced visibility and slick road surfaces if storms intensify late.
Monday night brings a 10% chance of additional showers, but the primary concern remains Monday’s heat and storm timing.
Looking ahead, the pattern continues:
- Tuesday (July 29): Widespread storms likely after 2 p.m. with another scorching high near 95°F.
- Wednesday: A temporary cooldown to 92°F, but storm chances jump to 70% by afternoon.
- Thursday: High of 92°F with continued storms possible.
- Friday into Saturday: Still hot, still wet — expect rain both days with highs from 90–83°F.
More advisories may be issued as conditions develop. Storms remain in the forecast through Saturday, August 2, so stay weather-aware and monitor updates.
🌦️ Five-Day Outlook: Atlanta, GA
- Monday, July 28: High 96°F, chance of p.m. thunderstorms (20%)
- Tuesday, July 29: High 95°F, thunderstorms likely after 2 p.m. (60%)
- Wednesday, July 30: High 92°F, p.m. storms possible (70%)
- Thursday, July 31: High 92°F, storms likely in the evening (60%)
- Friday, August 1: High 90°F, scattered storms all day (60%)
- Saturday, August 2: High 83°F, showers and storms possible (70%)
Stay tuned for updated warnings as Georgia’s summer heat collides with an active storm pattern.
