k Saturns Aurora BorealisJanuary 2004 BAurora on Saturn.b BImage 2 of 3.b Hubble Space Telescope image of aurorae blue encircling Saturns south pole. Aurora are produced by the interaction of the solar wind with a planets atmosphere. Charged particles collide with rarefied gases in the atmosphere, causing them to emit light. On Saturn, as on Earth, they occur in polar regions. This is because the magnetic field of the planet channels the charged particles to these regions. This image was taken on 26th January 2004. For a sequence of the aurorae over four days, see images R390157159. Editorial Stock Photo - Afloimages
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Saturn s Aurora Borealis  January 2004   BAurora on Saturn. b  BImage 2 of 3. b Hubble Space Telescope image of aurorae  blue  encircling Saturn s south pole. Aurora are produced by the interaction of the solar wind with a planet s atmosphere. Charged particles collide with rarefied gases in the atmosphere, causing them to emit light. On Saturn, as on Earth, they occur in polar regions. This is because the magnetic field of the planet channels the charged particles to these regions. This image was taken on 26th January 2004. For a sequence of the aurorae over four days, see images R390 157 159.
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Saturn's Aurora Borealis (January 2004)

^BAurora on Saturn.^b ^BImage 2 of 3.^b Hubble Space Telescope image of aurorae (blue) encircling Saturn's south pole. Aurora are produced by the interaction of the solar wind with a planet's atmosphere. Charged particles collide with rarefied gases in the atmosphere, causing them to emit light. On Saturn, as on Earth, they occur in polar regions. This is because the magnetic field of the planet channels the charged particles to these regions. This image was taken on 26th January 2004. For a sequence of the aurorae over four days, see images R390/157-159.

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30526593

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License type
Editorial

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Creation date
16-08-2015

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