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Korolev (Martian crater)

Crater on Mars


Crater on Mars

FieldValue
nameKorolev
imagePlan_view_of_Korolev_crater.jpg
captionNatural color view of Korolev crater from Mars Express
typeImpact crater
locationMare Boreum quadrangle, Mars
coordinates
diameter81.4 km
eponymSergei Korolev (1907–1966), Soviet rocket engineer and designer
Note

the crater on Mars

Korolev is an ice-filled impact crater in the Mare Boreum quadrangle of Mars, located at 73° north latitude and 165° east longitude. It is 81.4 km in diameter and contains about 2200 km3 of water ice, comparable in volume to Great Bear Lake in northern Canada. The crater was named after Sergei Korolev (1907–1966), the head Soviet rocket engineer and designer during the Space Race in the 1950s and 1960s.

Korolev crater is located on the Planum Boreum, the northern polar plain which surrounds the north polar ice cap, near the Olympia Undae dune field. The crater rim rises about 2 km above the surrounding plains. The crater floor lies about 2 km below the rim, and is covered by a 1.8 km deep central mound of permanent water ice, up to 60 km in diameter.

Ice formation

The ice is permanently stable because the crater acts as a natural cold trap. The thin Martian air above the crater ice is colder than air surrounding the crater; the colder local atmosphere is also heavier so it sinks to form a protective layer, insulating the ice, shielding it from melting and evaporation. Research published in 2016 indicates that the ice deposit formed in place within the crater and was not previously part of a once-larger polar ice sheet. The ice in the crater is part of the vast water resources at the poles of the planet.

References

References

  1. "Gazetteer of Planetary Nomenclature {{!}} Korolev". [[International Astronomical Union]].
  2. "A winter wonderland in red and white – Korolev Crater on Mars".
  3. (21 December 2018). "Mars Express beams back images of ice-filled Korolev crater". The Guardian.
  4. (2016). "Three-dimensional structure and origin of a 1.8 km thick ice dome within Korolev Crater, Mars". Geophysical Research Letters.
  5. (December 29, 2023). "Legacy".
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