k Saturns Aurora BorealisYear taken unknown Aurora on Saturn. Cassini image. Aurorae are caused by charged particles from the Sun impacting a planets atmosphere. Aurorae on Saturn are red at the bottom and purple at the top. Saturn is the upper left half of the image, with star trails in the lower right half. The auroral colours on Saturn are different to those on Earth because Earths aurorae are dominated by excited nitrogen and oxygen atoms and molecules, and Saturns auroras are dominated by excited forms of hydrogen. The height of this particular part of the aurora is about 1400 kilometres. Image obtained on 29 November 2010 by the Imaging Science Subsystem on the orbiting Cassini spacecraft. Editorial Stock Photo - Afloimages
Sign up
Login
All images
Saturn s Aurora Borealis  Year taken unknown  Aurora on Saturn. Cassini image. Aurorae are caused by charged particles from the Sun impacting a planet s atmosphere. Aurorae on Saturn are red at the bottom and purple at the top. Saturn is the upper left half of the image, with star trails in the lower right half. The auroral colours on Saturn are different to those on Earth because Earth s aurorae are dominated by excited nitrogen and oxygen atoms and molecules, and Saturn s auroras are dominated by excited forms of hydrogen. The height of this particular part of the aurora is about 1400 kilometres. Image obtained on 29 November 2010 by the Imaging Science Subsystem on the orbiting Cassini spacecraft.
ED

Saturn's Aurora Borealis (Year taken unknown)

Aurora on Saturn. Cassini image. Aurorae are caused by charged particles from the Sun impacting a planet's atmosphere. Aurorae on Saturn are red at the bottom and purple at the top. Saturn is the upper left half of the image, with star trails in the lower right half. The auroral colours on Saturn are different to those on Earth because Earth's aurorae are dominated by excited nitrogen and oxygen atoms and molecules, and Saturn's auroras are dominated by excited forms of hydrogen. The height of this particular part of the aurora is about 1400 kilometres. Image obtained on 29 November 2010 by the Imaging Science Subsystem on the orbiting Cassini spacecraft.

Details

ID
30526591

Collection

License type
Editorial

Photographer

Creation date
16-08-2015

Contact Aflo for all commercial uses.


Keywords
More
Sign in
Member access
Login not found.