A display
of aurora australis, or southern lights, manifesting itself as a glowing loop, in an image of part of Earth's Southern Hemisphere taken from space by astronauts aboard the U.S. space shuttle orbiter Discovery on May 6, 1991.
Not exact matches
A research team led by Timothy J. Stubbs
of NASA's Goddard Space Flight Center analyzed images from NASA's Polar spacecraft and the IMAGE spacecraft taken
of both the northern (
aurora borealis) and southern (
aurora australis) lights.
The
aurora borealis, or northern lights, in the Northern Hemisphere and the
aurora australis, or southern lights, in the Southern Hemisphere are visible light emissions caused by the collision
of charged particles (ions and electrons) from the solar wind with the upper atmosphere
of Earth.