A total solar eclipse is crossing Europe today, Aug. 12, 2026 [1], as the Moon completely blocks the Sun.
The event marks the first time in 27 years [7] that a total solar eclipse is visible across central and western mainland Europe. Because the alignment creates near-night darkness over the path of totality, it provides a rare opportunity for both scientists and the public to observe the sun's corona.
Millions of people are expected to view the phenomenon [5]. To ensure public safety, broadcasters including Euronews and the European Space Agency (ESA) are providing live coverage and streams for those unable to use certified protective eyewear.
The path of totality varies by report, though both agree on several key regions. Some sources list Spain, Iceland, Norway, Germany, the United Kingdom, and Italy [1] as primary observation points. Other data indicates the shadow also passes over Portugal, Greenland, and northern Russia [2].
The eclipse occurs because the Sun, Moon, and Earth have aligned perfectly. This positioning causes the Moon to cast its shadow directly onto the Earth's surface [3, 4].
Observers in the path of totality experience a sudden drop in temperature and a darkening of the sky. Those outside the path of totality see a partial eclipse, where only a portion of the solar disk is obscured.
Scientists use these events to study the solar atmosphere. The ESA livestream allows global audiences to witness the alignment in real time, an event that requires precise orbital timing to occur.
“The first total solar eclipse visible in central and western mainland Europe in 27 years.”
This event is a significant astronomical milestone for the European continent due to the long interval since the last mainland totality. Beyond the visual spectacle, the event allows the scientific community to gather data on the solar corona, which is typically hidden by the Sun's brightness, while the widespread use of livestreams reflects a shift toward digital accessibility for global scientific events.
