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Saturn imaged in 2021 through a 6" telescope, dimly showing the polar hexagon. Saturn's polar hexagon was discovered by David Godfrey in 1987 [14] from piecing together fly-by views from the 1981 Voyager mission, [15] [16] and was revisited in 2006 by the Cassini mission.
A hexagonal cyclone in Saturn's north pole has been spotted since the passage of Voyager 1 and 2, and was first imaged by Cassini on January 3, 2009. [25] It is just under 24,000 km (15,000 mi) in diameter, with a depth of about 100 km (60 mi), and encircles the north pole of the ringed planet at roughly 78° N latitude.
The bright orange feature near the center in the top-right of the image is the Dragon Storm. The Dragon Storm is a giant thunderstorm located in Saturn's southern hemisphere, which is labeled as the "storm alley" region. The storm could have a range of 2,000 miles (3,200 km) or more, and can be compared to the electric thunderstorms of Earth.
A NASA spacecraft recently noticed that the appearance of Saturn’s north pole has undergone a mysterious change over the last several years. NASA spots mysterious change in Saturn's hexagon Skip ...
Located at 52.5°N and expanded until it reached the hexagon. [5] Mid-sized synoptic-scale storms are sometimes related to the GWS. Such as the 1994 storm studied by ground-based observers and the Hubble Space Telescope. [7] This storm was located at 9.4°N and is probably related to the 1990 GWS.
Tarvos / ˈ t ɑːr v ɒ s /, or Saturn XXI, is a prograde irregular satellite of Saturn. It was discovered by John J. Kavelaars et al. on September 23, 2000, and given the temporary designation S/2000 S 4. The name, given in August 2003, is after Tarvos, a deity depicted as a bull god carrying three cranes alongside its back from Gaulish ...
Aegaeon is the smallest known moon of Saturn outside of the rings and has an extremely elongated shape, measuring 1.4 km × 0.5 km × 0.4 km (0.87 mi × 0.31 mi × 0.25 mi) in size. [9] Measurements of its mass show that Aegaeon has a very low density, likely due to a highly porous and icy interior structure. [ 5 ]
It and other white storm clouds were found to be brighter in conjunction with higher rates of SEDs. [6] [7] The Dragon Storm can range over 2,000 miles and is located at a planetocentric latitude of 35° south. This planet region is called "storm alley" as all storm activity on Saturn was concentrated here in a 1.5° band from 2002 to 2010.