Northern Lights in the US: Can You See Aurora from the Lower 48?
Yes, you absolutely can. During strong solar storms, the aurora borealis pushes far south of its usual Arctic home and lights up skies across the continental United States. Here's exactly what conditions you need, which states have the best odds, and how to know when it's happening.
Yes, You Can See Northern Lights in the US
If you're reading this, there's probably a geomagnetic storm in the forecast and you want to know if the aurora will reach your state. The short answer: it depends on how strong the storm is.
The northern lights are always happening somewhere near the Arctic. What changes is how far south the aurora oval expands. During quiet conditions, it hugs northern Canada and Alaska. During a moderate geomagnetic storm (Kp 6), it drops south enough to reach the US-Canada border and beyond. During a severe storm (Kp 8-9), the oval can stretch past the southern US states.
This isn't theoretical. In May 2024, a Kp 9 storm produced aurora visible from all 50 US states. People in Texas, Florida, and Hawaii posted photos of red and purple aurora on the horizon. It was the strongest storm in over 20 years, and social media lit up with millions of photos from people who never imagined they'd see the northern lights from their backyard.
Events that extreme are rare. But Kp 5-7 storms happen multiple times per year, and those bring aurora well into the northern United States. If you live anywhere in the northern third of the country, you have a realistic shot at seeing aurora several times a year during solar maximum.
Approximate Activity Context by Region
Kp describes broad geomagnetic activity. Higher values often accompany an expanded auroral oval, but the state groupings below are approximate context, not minimum requirements or a promise of visibility. Check NOAA’s current auroral map, local darkness, clouds and an unobstructed northern horizon.
| Kp Level | Storm Class | States That May See Aurora |
|---|---|---|
| Kp 5 | G1 (Minor) | Montana, North Dakota, Minnesota, Wisconsin, Michigan (Upper Peninsula), Maine, Vermont, New Hampshire |
| Kp 6 | G2 (Moderate) | Washington, northern Oregon, Idaho, South Dakota, Iowa, northern Illinois, northern Indiana, northern Ohio, northern Pennsylvania, New York, Connecticut, Massachusetts |
| Kp 7 | G3 (Strong) | Nebraska, northern Colorado, northern Utah, Wyoming, most of the Mid-Atlantic states |
| Kp 8–9 | G4–G5 (Severe) | Most of the continental US — these storms are rare, roughly once every few years |
A few important caveats. "Visible" at these Kp levels usually means a low glow on the northern horizon, not the full-sky curtains you see in Alaska photos. Your phone camera will almost certainly pick up more color and structure than your eyes. Also, light pollution matters enormously at these latitudes. You need to be away from city lights and have a clear view to the north.
Best States for Northern Lights in the Lower 48
Not all northern states are created equal for aurora watching. Geography, light pollution, and typical weather patterns make some far better than others.
1. Minnesota
Minnesota is the gold standard for Lower 48 aurora chasing. The state's northern border sits at the 49th parallel, giving it one of the highest latitudes in the contiguous US. Northern Minnesota is genuinely dark — the Boundary Waters Canoe Area Wilderness and Voyageurs National Park have some of the lowest light pollution in the eastern half of the country. Flat terrain means an unobstructed view to the north. During Kp 5 storms, aurora is regularly photographed from the North Shore of Lake Superior, and during Kp 6+ events the glow can be seen from the Twin Cities suburbs.
2. Montana
Montana combines high latitude with the wide-open skies of the northern Great Plains. Glacier National Park and the Hi-Line region along US Highway 2 are popular aurora-watching spots. Eastern Montana is especially good — minimal light pollution and flat horizon lines in every direction. The state regularly produces aurora photos during Kp 5 storms.
3. North Dakota
North Dakota may be the most underrated aurora state. It sits at the same latitude as Minnesota with even less light pollution and flatter terrain. The western Badlands offer dramatic foregrounds for aurora photography. The challenge is winter weather — it's brutally cold, and clear nights in January can mean -20 F or lower. But if you can tolerate the cold, the aurora views are worth it.
4. Michigan (Upper Peninsula)
The UP sits further north than most people realize, reaching nearly the 47th parallel at its northern tip. The Lake Superior shoreline provides dark skies and beautiful foregrounds. Pictured Rocks National Lakeshore and the Keweenaw Peninsula are prime aurora territory. Lake-effect clouds can be a challenge, but when the skies clear, the UP delivers.
5. Maine
Maine is the northeastern champion for aurora watching. Aroostook County in northern Maine is one of the darkest regions in the eastern US, and the 47th parallel runs right through it. Acadia National Park sees occasional aurora too, though it's further south. Maine benefits from the Atlantic coast — dark ocean to the east and northeast provides a clean horizon.
How to Know When Aurora Is Coming South
You don't want to spend every night staring at the northern sky hoping for aurora. Here's how to know when conditions are actually favorable.
Watch for CME Announcements
The biggest aurora events are caused by coronal mass ejections — massive eruptions of plasma from the sun. When a CME launches toward Earth, NOAA issues a geomagnetic storm watch usually 1-3 days before it arrives. This is your early warning. Follow NOAA's Space Weather Prediction Center or space weather accounts on social media for CME alerts.
Check the Kp Forecast
NOAA publishes geomagnetic forecasts for the coming days in three-hour intervals. Use the latest forecast for your dark hours and recheck for changes in timing or strength. The forecast describes planetary activity, not the chance of a sighting from your exact location.
Use Real-Time Solar Wind Data
The DSCOVR satellite sits between Earth and the Sun, measuring solar wind about 30-60 minutes before it hits Earth's magnetic field. When DSCOVR detects fast solar wind with a strong southward magnetic field (negative Bz), aurora is likely imminent. This is the most reliable short-term indicator. Many aurora apps and websites display DSCOVR data in real time.
Your Phone Camera Is Your Secret Weapon
Modern smartphone cameras are far more sensitive to the faint reds and greens of aurora than the human eye. If there's a geomagnetic storm in the forecast, go outside, point your phone camera north, and take a long-exposure photo (night mode). You may capture vivid aurora that you can barely see — or can't see at all — with your naked eye. Many of the most dramatic Lower 48 aurora photos are taken this way.
The Solar Maximum Advantage
Here's the good news: right now is one of the best times in a decade to see aurora from the Lower 48.
The approximately 11-year solar cycle influences how often large solar eruptions occur. More active periods can create additional lower-latitude viewing opportunities, but individual storms may arrive differently from forecasts and local weather remains decisive.
The solar cycle affects broad activity patterns, but it cannot establish the number of viewable nights in an upcoming year. Use current forecasts for specific outings and avoid planning around a promised date for the end of favorable activity.
Tips for Lower 48 Viewing
Seeing aurora from the Lower 48 is different from seeing it in Alaska. The display is typically lower on the horizon, fainter to the eye, and more dependent on having perfect conditions. Here's how to maximize your chances.
- Get away from city lights. This is the single most important factor. Even a Kp 7 storm won't show much if you're standing in a Walmart parking lot. Drive at least 30 minutes from the nearest city. The darker your sky, the more aurora you'll see.
- Face north with a clear horizon. Lower 48 aurora sits low in the northern sky. You need an unobstructed view — no trees, no hills, no buildings on the northern horizon. A hilltop, open field, or lakeshore facing north is ideal.
- Give your eyes 20 minutes to adjust. Night vision takes time. Don't check your phone screen (or set it to red/night mode). After 15-20 minutes in complete darkness, your eyes become dramatically more sensitive to faint light.
- Use your phone camera even if you see nothing. Set your phone to night mode or use a long exposure (3-10 seconds). Point north. You will frequently capture green and purple aurora that is completely invisible to your unaided eyes. This is normal — the camera sensor collects light over several seconds that your eye processes in real time.
- Best hours: 10 PM to 2 AM local time. Geomagnetic substorms (the individual pulses of aurora activity) tend to peak late evening through the early morning hours. Midnight is often the sweet spot. Don't give up too early.
- Dress warmer than you think you need to. Aurora watching means standing still outside in the dark. You'll get cold faster than you expect. Bring hand warmers, a thermos of something hot, and layers.
Alaska vs. the Lower 48
Let's be honest: if seeing the northern lights is on your bucket list, Alaska is still your best bet by a wide margin.
In Fairbanks, proximity to the auroral oval means local displays can occur even when global Kp is low. That improves the range of opportunities compared with many Lower 48 locations, but weather, darkness and local activity still determine the view. There is no guaranteed count of visible nights or promise of colorful overhead curtains.
In the Lower 48, you're waiting for specific storms that may or may not deliver, fighting light pollution, and typically seeing a glow on the horizon rather than overhead curtains. It's still magical — especially your first time — but it's a fundamentally different experience.
That said, not everyone can fly to Alaska on short notice. If a storm is coming tonight and you're in Minnesota or Montana, absolutely go outside and look. Aurora from your home state has a special quality that a planned trip can't replicate — the surprise, the excitement, the feeling that the sky is doing something extraordinary right above your hometown.
Check tonight's Kp forecast for aurora visibility across Alaska
View Tonight's Forecast →Get aurora alerts for Alaska
Statewide aurora outlooks with local cloud and darkness checks. Sent only when elevated activity and a usable viewing window overlap at one or more forecast locations.
Sign up for alerts →Forecast guidance: NOAA aurora viewing tips and the UAF aurora FAQ. Kp is a planetary activity guide; local darkness, clouds and visibility still matter.