As the first total solar eclipse in 28 months sweeps across parts of Russia, Greenland, Iceland, Portugal, and Spain, millions outside the path of totality are turning to live broadcasts by NASA, the European Space Agency, and other science organizations to watch the rare view of the solar corona.
The celestial alignment on August 12, 2026, brings a fleeting daytime darkness across a narrow portion of Earth, marking mainland Europe’s first experience of totality since 1999, according to Smithsonianmag reporting. While the narrow path of totality largely sweeps over water, it darkens skies above populated regions and triggers extensive scientific data collection from the ground, the stratosphere, and space.
Global Space Agencies Broadcast Live From Spain and Iceland
For skywatchers stationed far outside the moon’s shadow, space agencies and museums have launched comprehensive streaming schedules. The European Space Agency (ESA) is broadcasting live from the Astrophysical Observatory of Javalambre in Teruel, Spain, with coverage hosted by space scientist Maggie Aderin alongside ESA Director of Science Carole Mundell. According to Smithsonianmag, the ESA stream features live telescope views, expert interviews, and insights into space weather before Javalambre plunges into totality.
Meanwhile, NASA’s live feed launches with coverage preceding totality in Iceland and Spain. NASA’s broadcast highlights ongoing research experiments designed to reveal more about the sun, eclipses, and Earth’s atmosphere. Viewers tuning in can watch dedicated feeds capturing the rare view of the sun’s corona—an ethereal outer atmosphere of the sun normally hidden by blinding daylight.
High-Altitude Jets and Balloon Fleets Measure Atmospheric Shocks
Beyond public broadcasts, researchers are aggressively utilizing the rare alignment to study atmospheric impacts. Supported by NASA, the Nationwide Eclipse Ballooning Project has deployed students to launch 80 scientific balloons in Iceland and six in Spain equipped with various instruments and cameras to measure how the moon’s cold, dark shadow affects the atmosphere, as reported by Smithsonianmag.
In the air, another NASA-funded team is actively chasing totality aboard a WB-57 high-altitude jet. Smithsonianmag notes that the research aircraft carries four cameras on its nose cone, snapping images of the corona at least 20 times per second. By cruising at 460 miles per hour, the jet extends its observation window of totality to almost three minutes.
Unique Viewing Conditions Across Midnight Sun and Evening Slopes
This year’s eclipse offers starkly contrasting visual spectacles depending on geographic coordinates. In northern Greenland, the eclipse intersects the season of the midnight sun, bringing two minutes of totality and a rare glimpse of stars amidst around-the-clock daylight. Conversely, select locations in Spain experience the event late in the evening, granting observers a view of totality just before sunset.
Museums and astronomical organizations are also sharing the spectacle globally. The Exploratorium, a science and art museum based in San Francisco, streams live views from Villalibado, Spain, integrated into a broadcast by the Virtual Telescope Project alongside partial eclipse views from Manciano, Italy. Concurrently, the astronomy site Time and Date kicks off continuous coverage hosted by journalist Anne Buckle and astrophysicist Graham Jones, bouncing between multiple vantage points inside the narrow 5,157-mile path.
