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West Virginia Sky Watch: Unusual Flashes May Rise by Nov. 17
Charleston, WV — Something unusual could become more noticeable in West Virginia's night sky as Nov. 17 approaches. Sudden flashes, fast moving streaks and brilliant fireballs may catch residents off
By Claire Benton · 2026-11-09T11:21:21.644Z
Charleston, WV — Something unusual could become more noticeable in West Virginia's night sky as Nov. 17 approaches. Sudden flashes, fast moving streaks and brilliant fireballs may catch residents off guard, appearing for only seconds before disappearing into the darkness.
With drones, aircraft and unfamiliar lights drawing attention to skies nationwide, the coming nights could give West Virginians another reason to wonder exactly what they're seeing overhead.
According to EarthSky , Earth is currently passing through a stream of ancient cosmic debris responsible for the annual Leonid meteor shower. Activity is expected to build toward its predicted peak Tuesday, Nov. 17.
Why More Unusual Flashes Could Appear Unlike drones or aircraft, these lights can appear without warning, race across the sky at tremendous speeds and disappear almost instantly.
The phenomenon occurs when particles left behind by Comet Tempel Tuttle enter Earth's atmosphere at approximately 44 miles per second.
Most produce brief streaks of light, but occasionally brighter meteors, known as fireballs, create especially dramatic displays.
Near the peak, observers under ideal dark skies could witness 10 to 15 meteors per hour , although actual sightings depend on cloud cover, light pollution and viewing conditions.
When West Virginia Residents Should Look Up The Leonids remain active through Dec. 2, but the most promising viewing opportunities are expected before dawn Tuesday, Nov. 17, and Wednesday, Nov. 18.
A first quarter moon setting around midnight should leave darker skies during those important viewing hours.
Residents across Charleston, Huntington, Morgantown, Parkersburg, Wheeling and surrounding communities may improve their chances by finding locations away from city lights.
West Virginia's Appalachian Mountains, Monongahela National Forest and darker rural areas could offer particularly favorable viewing conditions wherever skies remain clear.
The Leonids have produced extraordinary meteor storms in 1833 and 1966, although no comparable event is predicted this year.
So if an unexpected light suddenly races across West Virginia's night sky, it may not be a drone or aircraft.
It could be a tiny fragment of ancient comet debris making a brilliant final journey through Earth's atmosphere.
And with activity building toward its peak, the chances of witnessing one of those fleeting flashes are expected to improve.