Spots
Where — and when — to shoot the aurora and Milky Way
Each guide gives the honest conditions for a location — the Kp your geomagnetic latitude actually needs, the season, and what tends to go wrong — then links to a live outlook for your exact dates.
Aurora spots
Norway
At geomagnetic latitude ~67°, Tromsø sits under the auroral oval — the northern lights appear on quiet nights, so the limiting factor is almost never Kp, it is cloud.
Sweden
Abisko sits in a rain shadow — the surrounding peaks wring out the weather and leave a "blue hole" of clear sky that gives it the best aurora odds in Europe.
Norway
Lofoten pairs oval-latitude aurora with sea-level granite peaks and beaches — the foreground is why you shoot the northern lights here rather than just see them.
Þingvellir / Reykjavík
Iceland trades a slightly lower geomagnetic latitude for unmatched foregrounds — waterfalls, black sand and lava under the aurora — and dark skies minutes from Reykjavík.
Alaska, USA
Interior Alaska has a dry, continental climate — far clearer nights than the Scandinavian coast — and sits close enough to the oval that aurora is a near-nightly bet in season.
Northwest Territories, Canada
Because the magnetic pole leans toward Canada, Yellowknife sits at geomagnetic ~67° despite a modest geographic latitude — one of the most reliable aurora locations on Earth.
Scotland
Skye is the rare spot that works for both: dark enough for the Milky Way in summer, far enough north to catch the aurora on stronger storms — over the Cuillin and sea lochs.
Finnish Lapland
On the Arctic Circle, Rovaniemi offers a drier, more continental climate than the Norwegian coast — colder and clearer, with aurora on most active nights in season.
Milky Way spots
Canary Islands, Spain
La Palma is a UNESCO Starlight Reserve with observatory-grade skies — a subtropical latitude where the Milky Way core climbs high and stays up for hours.
California, USA
A Gold-Tier International Dark Sky Park with some of the darkest, driest skies in North America — Death Valley is a Milky Way location first.