Find the best places in the world to view the Northern Lights

The Northern Lights are most commonly associated with Arctic destinations — Norway, Iceland, Alaska, northern Canada. But during strong geomagnetic storms, the aurora oval expands dramatically southward, bringing the lights within view of millions of people who live far from the Arctic Circle.

Whether you can see the aurora from your location depends on three things: the strength of the geomagnetic storm (measured by the Kp-index), your geographic latitude, and whether you have clear skies with a dark, unobstructed northern horizon. This guide explains what you need for your latitude and how often you can realistically expect to see the lights.

Understanding The Kp-Index And Latitude

The Kp-index is a scale from 0 to 9 that measures global geomagnetic disturbance. The higher the number, the further south the aurora oval extends. At Kp 0–1, the aurora is confined to a narrow band around 67°–70°N. By Kp 9, it can reach as far south as 40°N or even lower.

Here’s the approximate relationship between Kp level and the southernmost latitude where aurora becomes visible on the northern horizon:

Important: These are approximate thresholds for seeing the aurora on the northern horizon. To see it overhead, you typically need to be several degrees of latitude further north than the minimum visibility line. Light pollution, horizon obstructions and atmospheric conditions also affect real-world visibility.

United Kingdom

The UK has a surprisingly good record of aurora sightings, particularly from Scotland and Northern Ireland. The key challenge is cloud cover and light pollution rather than latitude.

Scotland (55°–59°N)

Northern Scotland — particularly the Highlands, Orkney, Shetland and the Outer Hebrides — sits within realistic aurora-viewing range at Kp 4–5. Shetland (60°N) can see aurora on moderately active nights that wouldn’t register further south. Even the Central Belt (Edinburgh, Glasgow at ~56°N) sees aurora several times per year during solar maximum, typically at Kp 5–6.

Best spots: Caithness coast, Isle of Lewis, Galloway Forest Dark Sky Park, Cairngorms, Orkney.

Northern England & Northern Ireland (54°–55°N)

At Kp 6, the aurora becomes visible from Northumberland, the Lake District, County Donegal and the north Antrim coast. During solar maximum years, this might happen 10–20 times per season, though many of those will be lost to cloud. Northumberland International Dark Sky Park is one of the best spots in England.

Midlands & Southern England (50°–53°N)

Requires Kp 7+ — a severe geomagnetic storm. These occur only a handful of times per solar cycle. However, during the May 2024 extreme storm (Kp 9), the aurora was photographed from as far south as Cornwall, the Channel Islands and even northern France. These events are rare but spectacular.

Alert service: AuroraWatch UK from Lancaster University provides free email and app alerts calibrated specifically for UK latitudes.

Ireland (51°–55°N)

Ireland benefits from its Atlantic-facing northern coastline with minimal light pollution in many areas. The north coast (Donegal, Antrim) sees aurora at Kp 5–6, while the south coast requires Kp 8+. Malin Head, Ireland’s most northerly point, is a popular aurora-watching spot.

Germany, Benelux & Central Europe (47°–54°N)

Northern Germany (Hamburg, Schleswig-Holstein) sits at a similar latitude to northern England and can see aurora at Kp 6–7. The Netherlands and Belgium require Kp 7–8. Southern Germany, Austria and Switzerland typically need Kp 8–9 — these are extreme events occurring once or twice per solar cycle at most.

During the May 2024 storm, aurora was widely photographed across all of Germany, the Netherlands, Belgium, and as far south as the Swiss Alps and northern Italy.

France (43°–51°N)

Northern France (Normandy, Brittany, Pas-de-Calais) can see aurora at Kp 7–8. Paris requires Kp 8+. Southern France and the Mediterranean coast would need an exceptional Kp 9+ event — but it has happened. Historical records document aurora visible from the south of France during the 1859 Carrington Event and again during the extreme storms of 1989 and 2024.

United States

Thanks to the offset of the geomagnetic pole towards North America, the northern US has an advantage over equivalent geographic latitudes in Europe. The aurora regularly dips into the northern tier states and occasionally reaches the middle latitudes.

Northern Tier (45°–49°N): Montana, North Dakota, Minnesota, Wisconsin, Michigan, Maine

These states see aurora multiple times per year during solar maximum, often at Kp 5–6. Upper Michigan and northern Minnesota are particularly favoured. The Boundary Waters Canoe Area and Headlands International Dark Sky Park in Michigan are outstanding viewing locations with minimal light pollution.

Upper Midwest & Northeast (41°–45°N): Iowa, Illinois, Indiana, Ohio, Pennsylvania, New York, Vermont, New Hampshire

Requires Kp 7–8. During solar maximum, this might happen 5–10 times per year. The challenge is finding dark skies — much of this region has significant light pollution. Adirondack Park (NY), Cherry Springs State Park (PA) and the Finger Lakes region offer darker options.

Middle Latitudes (37°–41°N): Colorado, Kansas, Missouri, Kentucky, Virginia, Maryland

Requires Kp 8–9. Rare events — perhaps once or twice per solar cycle. When they occur, they make national news. The May 2024 extreme storm brought aurora to all of these states, with vivid displays reported even from suburban locations.

Southern US (below 37°N): Texas, Georgia, Arizona, Florida

Effectively requires Kp 9+ with extreme storm conditions. Documented only during the most powerful storms in recorded history (1859 Carrington Event, 1921 Railroad Storm, March 1989, May 2024). If you see reports of aurora from these latitudes, it’s a generational event.

Canada (43°–55°N southern Canada)

Canada’s geomagnetic advantage means that much of the populated south regularly sees aurora. The prairies (Alberta, Saskatchewan, Manitoba) benefit from flat horizons, low light pollution and favourable geomagnetic latitude. Even Toronto (~44°N geographic, but ~54° geomagnetic) can see aurora at Kp 6–7.

Best lower-latitude Canadian spots: Jasper National Park (Dark Sky Preserve), Grasslands National Park (Saskatchewan), Bruce Peninsula (Ontario), Mont-Mégantic (Quebec).

How Often Do Strong Storms Occur?

The frequency of geomagnetic storms varies dramatically with the solar cycle:

• Kp 5 (minor storm): ~100 days per year during solar maximum; ~20 days per year during solar minimum.
• Kp 6 (moderate storm): ~40 days per year during solar maximum; ~5 days per year during solar minimum.
• Kp 7 (strong storm): ~15 days per year during solar maximum; ~1–2 days per year during solar minimum.
• Kp 8 (severe storm): ~3–5 days per year during solar maximum; rare during solar minimum.
• Kp 9 (extreme storm): Roughly once every 5–10 years on average. The most recent was May 2024.

The current solar cycle (Cycle 25) reached maximum in 2024–2025, making this an exceptional period for lower-latitude aurora sightings. Activity is expected to remain elevated through 2026.

Notable Low-Latitude Aurora Events

The Carrington Event — September 1859

The most powerful geomagnetic storm in recorded history. Aurora was observed as far south as Colombia, Egypt, Hawaii and the Caribbean — locations that would normally never see it. Telegraph systems worldwide failed, with operators reporting electric shocks and equipment catching fire. The aurora was bright enough to read by in the northeastern United States.

The Railroad Storm — May 1921

Aurora reported across all of Europe and as far south as Samoa (14°S). Telegraph and early telephone systems disrupted worldwide. The New York Times reported the aurora was visible from Times Square.

The March 1989 Storm

Caused the collapse of the Hydro-Québec power grid, leaving 6 million people without electricity for 9 hours. Aurora was seen as far south as Florida and Cuba. This remains the benchmark "modern" extreme storm and drove significant investment in space weather forecasting.

The May 2024 Storm

The strongest storm since 2003 and possibly since 1989. Multiple coronal mass ejections arrived in rapid succession, driving Kp to 9 and sustaining it for hours. Aurora was photographed from every US state (including Hawaii), across all of Europe to the Mediterranean, and from parts of northern Africa. The event made global headlines and introduced millions of people to aurora watching for the first time.

The Battle of Fredericksburg — December 1862

A strong aurora appeared over the battlefield in Virginia (38°N) during the American Civil War. Confederate soldiers interpreted the rare blood-red display as a divine sign of favour. The event is documented in multiple first-hand accounts and regimental histories. See our myths and legends article for more on the cultural significance.

Tips For Lower-Latitude Aurora Watching

Seeing the aurora from temperate latitudes requires a different approach than watching from the Arctic. Here’s how to maximise your chances:

• Find a dark northern horizon — The aurora will appear low on the northern horizon at lower latitudes. You need an unobstructed view north with minimal light pollution in that direction. Hilltops, north-facing coasts and rural areas away from cities are ideal.
• Use alerts aggressively — You can’t just go outside on any clear night and expect to see aurora. Set up push notifications from apps like My Aurora Forecast, SpaceWeatherLive or AuroraWatch UK. When a Kp 7+ alert fires, act immediately — storms can be brief.
• Learn to read the data — See our remote watching guide for how to interpret NOAA solar wind data and the Ovation map. Knowing that Bz has gone strongly negative and solar wind speed has spiked gives you a 30–60 minute head start over simple Kp alerts.
• Take long-exposure photos — Your camera will always detect aurora before your eyes, especially at lower latitudes where displays may be faint. Set your phone or camera to night mode and point it north. You may capture vivid greens and reds that appear as only a faint grey glow to the naked eye.
• Watch for the colour — Lower-latitude aurora often appears red or purple rather than the classic green. This is because you’re seeing the tops of tall auroral curtains from the side — the high-altitude oxygen emissions at 200+ km that produce red light. Don’t dismiss a faint reddish glow on the northern horizon.
• Be patient with clouds — Storms can last many hours. If it’s cloudy at alert time, check again later. Breaks in cloud can coincide with active phases of the storm.
• Check the moon — Moonlight washes out faint aurora more than it does bright Arctic displays. A new moon or early crescent moon gives you the best chance of detecting a subtle low-latitude aurora.

Plan Ahead

If you live at lower latitudes, your aurora opportunities are limited and often unpredictable. Stack the odds in your favour:

• Identify 2–3 dark-sky locations within driving distance of your home, with a clear northern view.
• Install at least one alert app and configure it for your latitude.
• Follow space weather forecasts during solar maximum years — you’ll get advance warning of incoming CMEs days before they arrive.
• When a severe storm watch is issued (G3 or above), have a plan ready: know where you’ll go, what you’ll bring, and how long you’re willing to stay out.

For most people at temperate latitudes, seeing the aurora is a handful-of-times-in-a-lifetime event. But during solar maximum, those opportunities cluster — and being prepared makes the difference between a breathtaking experience and a missed chance.

Check our live aurora forecast for current conditions, or read our best time of year guide if you’re planning a trip to higher latitudes where sightings are more reliable.