Orbiting spacecraft turned the Aug. 12 total solar eclipse into a planetary-scale spectacle, recording the Moon's shadow as it swept across Earth. From space, the event appeared not only as a darkened region on the surface but as a moving mark that traced the geometry of the Moon, Earth and Sun in real time. The views offer a perspective unavailable to observers on the ground, where totality was visible only along a narrow path.
Space-based observations are especially valuable because they show the eclipse as a global event rather than a local change in the sky. By tracking the shadow from orbit, spacecraft can help illustrate how quickly it moves, how its shape changes over different landscapes and how sunlight is removed from Earth's surface. The Aug. 12 imagery adds a striking visual record to the scientific and cultural importance of total solar eclipses.
https://www.space.com/stargazing/solar-eclipses/see-gorgeous-views-of-the-aug-12-total-solar-eclipse-captured-from-space
Space-based observations are especially valuable because they show the eclipse as a global event rather than a local change in the sky. By tracking the shadow from orbit, spacecraft can help illustrate how quickly it moves, how its shape changes over different landscapes and how sunlight is removed from Earth's surface. The Aug. 12 imagery adds a striking visual record to the scientific and cultural importance of total solar eclipses.
https://www.space.com/stargazing/solar-eclipses/see-gorgeous-views-of-the-aug-12-total-solar-eclipse-captured-from-space