Pittsburgh, Pa. – Western Pennsylvania and the upper Ohio Valley are facing a stretch of extreme heat, with temperatures approaching 90°F through Friday.
This heat wave is raising concerns for residents in Pittsburgh, Zanesville, and surrounding areas, with heat advisories potentially issued as high daytime temperatures are expected to peak in the upper 80s and low 90s.
Heat Concerns Across the Region
According to the National Weather Service in Pittsburgh, daytime highs from Butler to Wheeling will continue to climb into the upper 80s and low 90s through Friday, making outdoor activities risky, especially during peak afternoon hours.
The extended period of above-normal temperatures is expected to strain power grids and increase the risk of heat-related illnesses, particularly for vulnerable populations such as the elderly, children, and those without air conditioning.
Storms and Flash Flooding Expected This Weekend
As temperatures remain high, showers and thunderstorms are expected to return by Friday evening, offering some relief from the heat but also bringing new weather concerns. The greatest risk for heavy rain and flash flooding is anticipated from Saturday through Sunday across areas including Mercer, Morgantown, and Indiana.
The storms could lead to rapid water rises along small streams and in urban areas, increasing the potential for localized flooding.
Safety Tips and Precautions
Local authorities are urging residents in Pittsburgh, Oil City, and other areas to limit outdoor activities during the hottest parts of the day. Hydration is critical, and residents should check on vulnerable neighbors, especially those without access to cooling.
Additionally, local emergency agencies recommend that individuals charge devices in advance, as there may be power outages due to the approaching storms.
Looking Ahead
Friday’s storms may offer some cooling relief, but also bring the risk of flash flooding. Stay updated on weather alerts, as further warnings and advisories may be issued through Sunday as the storm system develops.
