Dallas, Texas – The excitement surrounding the upcoming total solar eclipse is tinged with uncertainty as severe thunderstorms threaten parts of the Southern Plains and Lower Mississippi Valley. These storms could potentially obstruct the view for some eclipse-watchers, posing risks for post-eclipse travelers as well.
Totality, the moment when the moon completely blocks the sun, will span over a 100-mile-wide path from Texas to Maine, passing through major cities like Dallas, Indianapolis, Cleveland, and Buffalo, New York. However, regions in Texas, Oklahoma, Arkansas, and Louisiana are at a higher risk of experiencing damaging thunderstorms on the day of the eclipse, with the potential for strong winds, hail, heavy rain, and even tornados.
Typically, severe thunderstorms tend to develop in the southern US later in the afternoon when the heat peaks and influences the weather patterns. Fortunately, there is a chance that violent storms might hold off just long enough for eclipse enthusiasts in the threat area to witness the phenomenon during its journey through the region.
A study from 2017 revealed that approximately 20 million people in the US traveled to different cities to witness the total solar eclipse, resulting in a significant increase in traffic risks. With Monday’s eclipse expected to draw even more spectators, the potential for traffic disruptions and weather challenges is a growing concern.
While the current cloud forecast remains uncertain for some locations along the path of totality, weather patterns are gradually becoming clearer as the event approaches. The storm system responsible for the severe weather risk on Monday could also bring moist air from the Gulf of Mexico northwards, potentially increasing cloud cover in parts of the Tennessee and Ohio valleys.
In this unpredictable forecast, it remains essential for eclipse-watchers to stay vigilant and monitor the evolving weather conditions in the days leading up to the event. Cloud forecasts are subject to change, and minor shifts in storm movements could significantly impact where clouds develop on the day of the eclipse, underscoring the need for careful planning and preparation.