The next major eclipse trip for many skywatchers is now close enough to plan in detail. On August 12, 2026, the Moon's umbral shadow will cross high northern latitudes and then sweep toward Europe, creating a total solar eclipse visible from parts of Greenland, Iceland, Spain, and a small area of northeastern Portugal. A much wider region will see a partial eclipse.
Why This Eclipse Is Getting Attention
NASA's eclipse visualization shows the path beginning near far northern Siberia and the North Pole, then moving across the Arctic and North Atlantic before reaching Iceland and Spain. ESA notes that Spain receives the largest area of totality in Europe, making the event especially important for European observers and travelers.
For many people in mainland Spain, this is not just another sky event. ESA describes it as the first total solar eclipse visible from mainland Spain since 1905. That means lodging, transport, public observing sites, and weather backup plans deserve attention well before August.
Pick A Location With The Horizon In Mind
Every eclipse plan starts with the path of totality, but the path alone is not enough. You also need a clean local horizon, a safe place to stand, permission to be there, and a weather strategy. Spain's late-day eclipse geometry makes western horizon visibility especially important in some locations, while Iceland and Greenland require a different kind of travel and cloud-risk planning.
- Check the exact local circumstances. Totality duration, Sun altitude, and contact times vary by location.
- Scout the site before eclipse day. Trees, hills, buildings, and crowds can matter as much as the centerline.
- Build a weather escape route. Cloud forecasts are not certain days in advance, so choose regions with several reachable alternatives.
- Arrive early. Road closures and heavy traffic are common around high-profile eclipses.
Use StargazingPal For The Operational Layer
StargazingPal is useful once the big destination decision becomes a local observing plan. Use the app's astronomical event calendar to keep the date visible, then check location-specific weather, cloud forecasts, Sun position, and map context as eclipse day approaches. If you are comparing several towns inside the path, save them as candidate locations and compare the expected conditions.
The advanced weather tools are especially helpful in the final week. A location that looks perfect on a map can lose to a nearby site if satellite cloud maps and hourly cloud forecasts show a better opening.
Safety Comes First
During the partial phases, looking directly at the Sun is dangerous without proper protection. Use certified eclipse glasses or approved solar filters, and never point binoculars, cameras, or telescopes at the Sun unless they have a safe front-mounted solar filter. Only during the brief total phase, when the Sun is completely covered, is naked-eye viewing safe. Put protection back on before totality ends.