Gale Crater

E86317

Gale Crater is a large impact crater on Mars that has been extensively explored for its layered geological history and past habitability clues.

AI illustration

How this image was made

AI-generated illustration of Gale Crater

This AI-generated illustration was produced by black-forest-labs/FLUX.2-dev (1024x1024) from a prompt written by openai/gpt-oss-120b from the entity's label + description.

Prompt

Generate an image of Gale Crater (Gale Crater is a large impact crater on Mars that has been extensively explored for its layered geological history and past habitability clues.)

All labels observed (8)

How this entity was disambiguated

Statements (48)

Predicate Object
instanceOf Martian geological feature ⓘ
impact crater ⓘ
alsoKnownAs Gale ⓘ
centralMoundHeight about 3 miles ⓘ
about 5 kilometers ⓘ
containsMineral basaltic materials ⓘ
clay minerals ⓘ
hematite ⓘ
phyllosilicates ⓘ
sulfates ⓘ
evidenceFor ancient lake system ⓘ
habitable environmental conditions ⓘ
long-lived liquid water ⓘ
neutral to mildly alkaline water ⓘ
exploredBy Curiosity rover ⓘ
Mars Science Laboratory mission ⓘ
formedBy large impact event ⓘ
hasApproximateAge Late Noachian to Early Hesperian ⓘ
hasCentralPeak Aeolis Mons ⓘ
hasCoordinateLatitude about 5.4 degrees south ⓘ
hasCoordinateLongitude about 137.8 degrees east ⓘ
hasDiameter about 154 kilometers ⓘ
about 96 miles ⓘ
hasFeature Mount Sharp ⓘ
linked to: Aeolis Mons

alluvial fans ⓘ
ancient lakebed deposits ⓘ
central mound ⓘ
clay-bearing units ⓘ
crater rim ⓘ
dune fields ⓘ
layered sedimentary rocks ⓘ
sulfate-bearing units ⓘ
unconformities ⓘ
hasStratigraphicRecord hundreds of meters of layered rocks ⓘ
landingDateOfCuriosity 2012-08-06 ⓘ
landingSiteOf Curiosity rover ⓘ
locatedIn Aeolis quadrangle ⓘ
locatedOn Mars ⓘ
nameApprovedBy International Astronomical Union ⓘ
namedAfter Walter Frederick Gale ⓘ
selectedAsLandingSiteFor Mars Science Laboratory ⓘ
studiedFor ancient aqueous environments ⓘ
climate evolution of Mars ⓘ
past habitability ⓘ
sedimentary stratigraphy ⓘ
usedToInvestigate potential preservation of organics ⓘ
sedimentary processes on Mars ⓘ
transition from wetter to drier Mars ⓘ

How these facts were elicited

Referenced by (35)

Full triples — surface form annotated when it differs from this entity's canonical label.

Curiosity rover → landingSite → Gale Crater ⓘ
Curiosity rover → landingRegion → Aeolis Palus ⓘ
linked to: Gale Crater
Curiosity rover → explores → Gale Crater ⓘ
Rubin Ridge → locatedIn → Gale Crater ⓘ
subject linked to: Rubin Ridge on Mars
Rubin Ridge → partOf → Mount Sharp ⓘ
subject linked to: Rubin Ridge on Mars
linked to: Gale Crater
Rubin Ridge → region → Aeolis region of Mars ⓘ
subject linked to: Rubin Ridge on Mars
linked to: Gale Crater
Mars Science Laboratory → exploresFeature → Mount Sharp ⓘ
linked to: Gale Crater
CheMin → landingSiteContext → Gale Crater on Mars ⓘ
linked to: Gale Crater
DAN → location → Gale Crater on Mars ⓘ
linked to: Gale Crater
REMS → locatedAt → Gale Crater ⓘ
MARDI → landingSite → Gale Crater ⓘ
MARDI → location → Gale Crater on Mars ⓘ
linked to: Gale Crater
Mastcam → targetBody → Gale Crater ⓘ
Vera Rubin Ridge → locatedIn → Gale Crater ⓘ
SAM on Curiosity rover → locatedOn → Gale Crater, Mars ⓘ
linked to: Gale Crater
Rubin Ridge → locatedIn → Gale Crater ⓘ
Aeolis Palus → locatedIn → Gale Crater ⓘ
Aeolis Palus → contains → Yellowknife Bay ⓘ
linked to: Gale Crater
Curiosity → landingSite → Gale Crater ⓘ
MSL → landingSite → Gale Crater ⓘ
Aeolis quadrangle → contains → Gale Crater ⓘ
Aeolis Mons → locatedIn → Gale Crater ⓘ
Sample Analysis at Mars → locatedOn → Gale Crater ⓘ
Mount Sharp → locatedIn → Gale Crater ⓘ
Mount Sharp → centralPeakOf → Gale Crater ⓘ
VRR → locatedIn → Gale Crater ⓘ
Hematite Ridge → locatedIn → Gale Crater ⓘ
Hematite Ridge → partOf → Gale Crater central mound region ⓘ
linked to: Gale Crater
Murray formation → locatedIn → Gale Crater ⓘ