Residents and visitors converged on Granada’s highest points on 12 August 2026 to watch a rare near-total solar eclipse. The province lay just outside the path of totality: the Moon partly covered the Sun, but Granada missed the full darkness seen within the basic shadow. With the eclipse coinciding with sunset, clear western possibilités mattered. Sierra Nevada and San Miguel Alto became focal points, and many people arrived hours early to secure a spot.
The path of totality crossed from the Arctic through Greenland and Iceland, then over the North Atlantic before reaching northern Spain and continuing across the western Mediterranean. In Spain, totality was reported at about 20:28 local time in León, 20:29 in Zaragoza and 20:32 in Valencia. At the point of greatest eclipse, near 65.225° N, 25.228° W, totality lasted up to 2 minutes 18.2 seconds. The Moon’s shadow travelled across Earth at roughly 3,700 km/h. It was the first total solar eclipse visible from Spain since 1905.
Sierra Nevada, known for its panoramic views, drew a surge of visitors. The temperature held at a comfortable 18 degrees, encouraging families and groups to make the trip up the mountain. The A-395 road leading to the area was notably congested for an August afternoon. Minor delays were reported near Pradollano because of roadworks and heavier traffic. Cetursa, the company managing the ski resort, extended the Borreguiles cable car schedule until nearly 2 a.m., giving eclipse watchers time to enjoy the Perseid meteor shower from the heights, too.
Within Granada city, San Miguel Alto quickly filled with locals and tourists looking for unobstructed views. By early evening, Playa Granada presented an unusual scene: instead of its usual midweek quiet, families crowded the beach with chairs, coolers and certified eclipse glasses. Towels and beach chairs lined the promenade, all facing west as people waited for the Sun to descend. Beach bars were full, and staff glanced skyward between serving drinks and snacks. The sticky heat made refreshments especially welcome.
Elsewhere in the province, the eclipse turned Baza and Huéscar into open-air observatories. Local municipalities organized special activities and designated observation points, drawing on elevated locations with little light pollution. The event’s popularity echoed gatherings elsewhere in Spain, though weather varied by region. On the Asturias coast, for example, persistent clouds left many disappointed, as detailed in this report on how weather disrupted eclipse viewing for beachgoers in Asturias.
The Instituto de Astrofísica de Canarias held scientific and public-outreach activities at several sites, including Palencia, Borobia and Calahorra. In Palencia, its team validated instrumentation for measuring the solar corona on 13 August, the day after the eclipse, following observations attended by thousands. The institute’s programme also featured a live broadcast from Palencia and equipment deployments across the Iberian Peninsula.
Solar eclipses of this magnitude are rare in Spain, making the event impressive for amateur astronomers and the wider public. Its unusual timing and the prospect of clear views prompted travel and observation planning well beyond the path of totality. In Granada, high vantage points and open western possibilités offered a striking partial view, while the wider event brought astronomical research together with public participation. Observers were advised to wear certified protective eyewear when looking at the Sun outside the brief total phase visible within the path of totality. Looking directly at the uneclipsed or partially eclipsed Sun can cause permanent eye damage.
