Philadelphia and surrounding areas are experiencing a surge of summer heat, with temperatures expected to rise significantly over the next few days. By Thursday, Philadelphia is expected to reach a high of 92°F, and humidity will increase, creating hot and sticky conditions.
What to Expect in the Coming Days
According to the National Weather Service in Mount Holly, the weather will change through the week. For the next couple of days, dry air will dominate, keeping humidity low and skies mostly sunny. Tuesday will feel comfortable with low humidity, but by Wednesday, temperatures will rise to about 86°F, and the humidity will begin to climb.
Thursday is when the real heat kicks in, with temperatures rising to 92°F in Philadelphia, Trenton, and Wilmington. This heat will bring higher humidity, making it feel even hotter. The heat will not just affect Philadelphia but also surrounding areas like New Jersey and Delaware, where temperatures will be similarly high.
Beachgoers and Travelers Should Stay Alert
Those heading to the Jersey Shore or Delaware Beaches should be cautious about the potential for rip currents, though the risk is currently low. While no rain is expected until Thursday night, the rising heat and humidity make it essential to stay alert for changing conditions.
Preparing for the Heat
With the rising heat, it’s important for residents, commuters, and travelers to prepare for the upcoming weather. The National Weather Service advises checking air conditioning systems, staying hydrated, and limiting outdoor activities, especially during the afternoon hours when the heat will be most intense.
The combination of high temperatures and rising humidity will make the conditions feel much more oppressive, especially on Thursday.
Looking Ahead
No significant rainfall is expected until Thursday night, but the heat will continue to build, and by Friday, even hotter conditions may develop. Additional weather advisories could be issued later in the week, so it’s important to stay updated and make plans accordingly.