Aurora forecast by city

Northern Norway. One of the strongest routine aurora zones in Europe and a benchmark city for Kp-independent displays.

Southeastern Norway. Often within reach during active substorms, with better contrast from outer fjord and inland sites.

Alaska. High-latitude inland site with strong auroral frequency and dark-sky advantages outside town.

Alaska. Good aurora access with easy escapes north of the urban light dome when Kp lifts.

Washington. Possible during stronger storms, but marine cloud and urban light require careful timing.

Minnesota. A better Upper Midwest chase point than major metros when Kp rises into the G1-G2 range.

Minnesota. Mid-latitude US city that becomes interesting only when the auroral oval expands aggressively southward.

Greenland. Very high-latitude Greenland viewing base with strong darkness and minimal light pollution advantages.

Iceland. Excellent high-latitude access with fast-changing cloud windows and frequent storm visibility.

Northwest Territories. Classic Canadian aurora destination with strong viewing odds during quiet and active conditions alike.

Yukon. Consistent subauroral viewing corridor with better odds once Kp reaches minor-storm levels.

Alberta. Excellent Canadian prairie location once Kp reaches moderate levels and skies stay dry.

Manitoba. Often near the mid-latitude visibility edge, making it a good indicator city during expanding storms.

Southern Finland. Moderate-to-strong aurora potential during sustained southward Bz and Kp 4+ activity.

Northern Estonia. Baltic latitude with good storm response and darker rural escapes nearby.

Central Sweden. Reliable viewing during active geomagnetic periods, especially away from city-core lighting.

Latvia. A practical Baltic forecast page for geomagnetic storms that push the oval south.

Scotland. Northern UK latitude helps during G1-G2 storms if cloud and city glow cooperate.

Scotland. Scotland is one of the better UK bases for storm chasing when Kp reaches the mid-latitude threshold.

Zealand. Storm-driven aurora only, but a useful benchmark for southern Scandinavia visibility thresholds.