The United States is bracing for a tumultuous weekend of extreme weather, with severe heat and storms impacting various regions. A significant heat wave has already gripped much of the southern U.S., pushing temperatures above 115°F (46°C) in some areas, particularly in Texas and the Lower Mississippi Valley.
This prolonged heat wave, which has led to highway distortions and prompted people to seek air-conditioned refuge, is causing health concerns and has been linked to at least 13 deaths in Texas alone.
Forecasts predict that this weekend will bring even more intense weather across the country. The West Coast, especially California, is set to experience dangerously high temperatures, with central and northern regions possibly reaching up to 110°F (43°C).
Residents seek relief from record heat at a local pool in Austin, Texas, as temperatures soar past 115°F (46°C). Extreme heat warnings are in effect across the southern U.S.This heat, coupled with dry conditions, raises the risk of wildfires. Meanwhile, the central Plains and southern regions will continue to endure extreme heat and oppressive humidity.
In addition to the heat, severe storms are expected to impact the central Plains and the Mississippi Valley, bringing potential hail and damaging winds.
These storms have already disrupted air travel, with thousands of flight cancellations and delays, particularly affecting those traveling for the July Fourth holiday.
The Midwest, Northeast, and Mid-Atlantic are also dealing with poor air quality due to smoke from Canadian wildfires. Although improvements in air quality are anticipated due to thunderstorms and smoke dispersal, conditions remain a concern.
In Memphis, recovery efforts are ongoing following recent storms that left over 120,000 residents without power. Authorities are urging those affected to use cooling centers and stay hydrated to combat the heat.
This weekend’s weather challenges underscore the ongoing impact of climate change, which exacerbates the frequency and severity of extreme weather events.