Where and How to Look
The best chances belong to states near the border: Alaska leads the list, followed by the northern tier from Washington, Idaho and Montana through the Dakotas, Minnesota, Wisconsin and Michigan, and east to northern New England. Roughly 22 states sit within or near the forecast view line.
The recipe is the usual one: get away from city lights, find a clear view of the northern horizon, and go out between about 10 p.m. and 2 a.m. local time. A phone camera helps: modern night modes pick up auroral color the naked eye misses, so a long-exposure shot pointed north can reveal a display too faint to see directly.
One Complication in the Sky
The timing has a catch. The night follows a deep partial lunar eclipse on August 27-28, in which the full Sturgeon Moon passed almost entirely through Earth's shadow, a 96.2 percent eclipse visible across four continents. That means a bright waning full moon will be in the sky Friday night, washing out fainter auroral displays. A strong G2 show will punch through the moonlight; a marginal one may not.
Nothing in aurora forecasting is guaranteed: the storm's real strength only becomes clear when the solar material arrives, roughly an hour before the light show, when NOAA's real-time data sharpens. Checking the SWPC aurora dashboard or an app before heading out is the difference between a spectacle and a cold night of nothing.
Frequently Asked Questions
- Which states could see the northern lights tonight?
- Roughly 22 states near the forecast view line, with the best odds in Alaska, Washington, Idaho, Montana, the Dakotas, Minnesota, Wisconsin, Michigan and northern New England. A stronger-than-forecast storm could extend visibility toward Oregon or New York.
- What time should I look for the aurora?
- Between about 10 p.m. and 2 a.m. local time, from a dark location with a clear view north.
- What is a G2 geomagnetic storm?
- A moderate storm on NOAA's five-level scale (G1 to G5), strong enough to push the aurora into the northern-tier US without significant infrastructure effects.
