k Giant Vortex at Saturns North PoleObserved by Cassini spacecraft The north pole of Saturn, in the fresh light of spring, is revealed in this color image from NASAs Cassini spacecraft. The north pole was previously hidden from the gaze of Cassinis imaging cameras because it was winter in the northern hemisphere when the spacecraft arrived at the Saturn system in 2004. A hurricanelike storm circling Saturns north pole at about 89 degrees north latitude is inside the famous hexagon feature, which scientists think is a wandering jet stream that whips around the north pole at about 220 miles per hour 98 meters per second. It folds into a sixsided shape because the hexagon is a stationary wave that guides the path of the gas in the jet. The hexagon borders occur at about 77 degrees north latitude and the feature is wider than two Earths. Saturns rings can be seen at the upper right of the image. Images with red, green and blue spectral filters were combined to create this naturalcolor view, which is what the human eye would see if we were there at Saturn. The image here was acquired with the Cassini spacecraft wideangle camera on Nov. 27, 2012 at a distance of approximately 260,000 miles 418,000 kilometers from Saturn and at a sunSaturnspacecraft, or phase, angle of 96 degrees. Image scale is 18 miles 28.6 kilometers per pixel. Photo by NASAJPLCaltechSSI Editorial Stock Photo - Afloimages
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Giant Vortex  at Saturn s North Pole Observed by Cassini spacecraft  The north pole of Saturn, in the fresh light of spring, is revealed in this color image from NASA s Cassini spacecraft. The north pole was previously hidden from the gaze of Cassini s imaging cameras because it was winter in the northern hemisphere when the spacecraft arrived at the Saturn system in 2004. A hurricane like storm circling Saturn s north pole at about 89 degrees north latitude is inside the famous  hexagon  feature, which scientists think is a wandering jet stream that whips around the north pole at about 220 miles per hour  98 meters per second . It folds into a six sided shape because the hexagon is a stationary wave that guides the path of the gas in the jet. The hexagon borders occur at about 77 degrees north latitude and the feature is wider than two Earths. Saturn s rings can be seen at the upper right of the image. Images with red, green and blue spectral filters were combined to create this natural color view, which is what the human eye would see if we were there at Saturn. The image here was acquired with the Cassini spacecraft wide angle camera on Nov. 27, 2012 at a distance of approximately 260,000 miles  418,000 kilometers  from Saturn and at a sun Saturn spacecraft, or phase, angle of 96 degrees. Image scale is 18 miles  28.6 kilometers  per pixel.  Photo by NASA JPL Caltech SSI
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Giant Vortex" at Saturn's North Pole Observed by Cassini spacecraft

The north pole of Saturn, in the fresh light of spring, is revealed in this color image from NASA's Cassini spacecraft. The north pole was previously hidden from the gaze of Cassini's imaging cameras because it was winter in the northern hemisphere when the spacecraft arrived at the Saturn system in 2004. A hurricane-like storm circling Saturn's north pole at about 89 degrees north latitude is inside the famous "hexagon" feature, which scientists think is a wandering jet stream that whips around the north pole at about 220 miles per hour (98 meters per second). It folds into a six-sided shape because the hexagon is a stationary wave that guides the path of the gas in the jet. The hexagon borders occur at about 77 degrees north latitude and the feature is wider than two Earths. Saturn's rings can be seen at the upper right of the image. Images with red, green and blue spectral filters were combined to create this natural-color view, which is what the human eye would see if we were there at Saturn. The image here was acquired with the Cassini spacecraft wide-angle camera on Nov. 27, 2012 at a distance of approximately 260,000 miles (418,000 kilometers) from Saturn and at a sun-Saturn-spacecraft, or phase, angle of 96 degrees. Image scale is 18 miles (28.6 kilometers) per pixel. (Photo by NASA/JPL-Caltech/SSI)

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21074680

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02-05-2013

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