Doom Mons

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Feature typeMountain, possible cryovolcano
LocationAztlan, Titan
Coordinates14°39′S 40°25′W / 14.650°S 40.417°W / -14.650; -40.417[1]
Peak1.45 km (0.90 mi) above the surrounding plains
Doom Mons
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Doom Mons with collapse feature Sotra Patera and flow feature Mohini Fluctus, the latter partially covered by dunes. Radar image by Cassini, 2007
Feature typeMountain, possible cryovolcano
LocationAztlan, Titan
Coordinates14°39′S 40°25′W / 14.650°S 40.417°W / -14.650; -40.417[1]
Peak1.45 km (0.90 mi) above the surrounding plains
DiscovererCassini
EponymMount Doom, Middle-earth, from J. R. R. Tolkien's works

Doom Mons is the name of a mountain range and its eponymous peak on Titan, the largest moon of Saturn. A putative cryovolcano, it is the largest mountain range on Titan by volume. It was discovered by the Cassini–Huygens probe in 2005 and officially named in 2012.

Doom Mons is named after Mount Doom, a volcano that appears in J. R. R. Tolkien's fictional world of Middle-earth, most prominently in The Lord of the Rings.[1] The name follows a convention by the IAU Working Group for Planetary System Nomenclature that Titanean mountains are named after mountains in Tolkien's works. Other examples of Titanean mountains or mountain ranges named after Tolkien's works include Erebor Mons, the Irensaga Montes, Mindolluin Montes, Misty Montes, Mithrim Montes, and Taniquetil Montes.[2] The name of Mount Doom was formally announced for the Titanean mountain on November 13, 2012.[3]

Location

Doom Mons is located in the Titan's southern hemisphere, between 14 and 15° south and 40–41° west.[1] It is located within the Aztlan darklands region,[4] possibly connected to the wider Shangri-La dark region, and is adjacent to Sotra Patera, a possible cryovolcanic caldera 1.7 km (1.1 mi) deep.[5]

Mohini Fluctus, a bright lobate flow feature at least 200 kilometers (120 mi) long, appears to emerge from Doom Mons and extends to the northeast. It is partially covered by dunes, including at its visible terminus, suggesting it is on the order of tens of meters thick.[5] About 470 km (290 mi) to the north-northeast is situated another putative cryovolcanic feature, Erebor Mons, which is 40 km (25 mi) across, over 1 km (1,000 m; 0.62 mi; 3,300 ft) high, and has lobate flow features to its north and east.[5]

Characteristics and height

Fiction

References

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