Overview
The eclipse path begins in remote Arctic Russia, crosses Greenland and Iceland, then finishes over Spain and the Balearic Islands.
- Spain and Mallorca are the best land-based viewing options
- Arctic and North Atlantic locations are much riskier because of heavy cloud cover
- The eclipse will happen with the Sun relatively low in the sky, especially in Spain near sunset
Potential Locations
Greenland
- Spectacular scenery with fjords and icebergs
- But weather is unreliable and often cloudy
- Mostly suitable for expensive expedition cruises
- Some fjords may have slightly better local microclimates.
Iceland
- Dramatic scenery and potentially amazing photography
- Weather remains highly unpredictable
- Western Iceland lies on the eclipse path, including near Reykjavík
- The eclipse duration near Iceland reaches about 2 minutes 18 seconds, the maximum for the event.
Spain
This is presented as the strongest overall option:
- Better odds of clear skies
- Easier travel infrastructure
- Good duration of totality
- Rich tourism options
The eclipse occurs late in the day with the Sun low above the horizon, which could create dramatic visuals but also means:
- You need an unobstructed western horizon
- Mountains or hills could block the view if poorly positioned
Mallorca / Balearic Islands
The Balearics are highlighted as especially attractive because they combine:
- Better weather odds
- Sea horizons
- Strong tourism infrastructure
- Beautiful sunset eclipse conditions
Photography Notes
Because the Sun is relatively low in the sky during totality:
- Landscape photography opportunities are exceptional
- You may be able to frame the eclipsed Sun with mountains, castles, coastlines, or cities
- Wide-angle compositions are more feasible than with high-noon eclipses
Main Practical Advice
The guide’s practical recommendation is essentially:
- Prioritize clear-weather probability
- Stay mobile if possible
- Choose destinations you’d enjoy even if clouds interfere
- Spain is the safest balance of weather, access, scenery, and infrastructure
Estimates for cloud cover
