The aurora borealis, or northern lights, could potentially be visible for residents tonight and tomorrow night. According to a CBS News Detroit report, visibility of this natural phenomenon is dependent on the clarity of the sky and the strength of a geomagnetic storm currently watched over by the Space Weather Prediction Center.
Experts from the Prediction Center are monitoring two specific Coronal Mass Ejection (CME) events that have taken place in the past few days, raising alerts to a G3 Geomagnetic Storm Watch. This event could mirror the auroras seen earlier in May, which reached a remarkable G5 strength, and September's G4, where northern lights were visible from as far as the Gulf of Mexico. Nevertheless, an assured spectacle is never a guarantee. As further detailed in an article from Detroit Free Press, "There is wide uncertainty in timing so we never say never," said Bryan Brasher of the National Oceanic and Atmospheric Administration’s Space Weather Prediction Center.
For sky-gazers wishing to optimize their chances of witnessing the dance of the lights, WNEM advises heading to darker areas during the prime viewing window between 10 PM and 2 AM. Light pollution within metro areas can drastically diminish visibility, so a trip away from the city glow might be in order. As noted by WNEM, patience and timely updates through their social media channels are key factors for a successful viewing experience tonight.
While the celestial display is uncertain, the weather, for the most, looks promising. The forecast promises clear skies for the ideal viewing conditions on both nights, barring the potential for some patchy clouds. Similarly, the Detroit Free Press mentions the Upper Peninsula's chances are good, despite potential cloud coverage, while Metro Detroit is expected to enjoy a fairly clear night.
The strong solar flare since 2017 and subsequent ejections pose a risk of interfering with power grids, satellites, and could cause sporadic difficulties with GPS systems, according to the Space Weather Prediction Center.
