A total solar eclipse turned day into night across northern Spain on Wednesday, Aug. 12, 2026 [1].
The event marks the first time in 27 years that a total solar eclipse has been visible in Europe [2]. Because these celestial alignments are rare for specific geographic regions, the event drew significant attention to the path of totality, which includes the skyline of Bilbao [1].
The phenomenon occurred as the Moon passed directly between the Earth and the Sun [3]. This alignment perfectly blocked the Sun’s disk for observers located within the path of totality [3]. While the most dramatic effects were seen in northern Spain, the eclipse path also crossed Iceland, Greenland, and parts of Russia [4].
According to reports, the total length of the eclipse path spanned 5,133 miles, or 8,260 km [5]. The brief period of total darkness allowed observers to see the solar corona, a feature of the Sun's atmosphere usually hidden by the bright disk of the star [6].
Central Europe last experienced a total solar eclipse in 1999 [2]. The return of the phenomenon after nearly three decades provided a rare opportunity for scientists and the public to observe the solar event from European soil [2]. In Bilbao, the transition from daylight to darkness provided a stark visual shift over the city's urban landscape [1].
NASA utilized specialized cameras to chase the corona during the event [6]. These instruments are designed to capture high-resolution imagery of the Sun's outer atmosphere during the few minutes of totality, providing data that is otherwise impossible to collect during standard daylight hours [6].
“Europe experiences its first total solar eclipse in 27 years”
This event represents a significant astronomical milestone for Europe, ending a 27-year gap since the last total solar eclipse in 1999. The path of totality across Spain, Iceland, and Greenland allowed for coordinated international scientific observations of the solar corona, which is critical for understanding solar wind and space weather.
