This crater captured by NASA's Mars Reconnaissance Orbiter has a strange appearance, as if the crater has feet with toes sticking out of two sides, likely caused by a highly oblique impact event.

This crater captured by NASA's Mars Reconnaissance Orbiter has a strange appearance, as if the crater has feet with toes sticking out of two sides, likely caused by a highly oblique impact event.
SuperStock offers millions of photos, videos, and stock assets to creatives around the world. This image of This crater captured by NASA's Mars Reconnaissance Orbiter has a strange appearance, as if the crater has feet with toes sticking out of two sides, likely caused by a highly oblique impact event. by Piemags/PL Photography Limited is available for licensing today.

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The Claritas Fossae region is characterised by systems of 'graben' running mainly north-west to south-east. A graben forms when a block of the planet's crust drops down between two faults, due to extension, or pulling, of the crust. MRO.
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Gullies probably formed along the bouldery layers in the upper slopes of this unnamed crater within the last few million years. Gullies eroded these crater slopes and transported sediment downslope forming debris aprons multiple times. These older apron surfaces were cut by numerous fractures running perpendicular to the slope. Subsequent episodes of gully activity eroded through these fractures and deposited new aprons. On the floor of the crater are ridges with bouldery layers. These ridges may mark the furthest extent of glaciers that predate much of the original gully activity. Bright flows continue to form in these gullies seasonally. In the upper gully regions, long shadows cast by jagged outcrops allow scientists to determine the heights and depths of landforms by measuring the length of the shadows cast by the ridges onto the gully floor.
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Nili Fossae, once considered a potential landing spot for the Mars Science Laboratory, has one of the largest, most diverse exposures of clay minerals as seen by NASA's Mars Reconnaissance Orbiter.
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NASA's Mars Reconnaissance Orbiter captured this image of the Claritas Fossae region, characterized by systems of graben. A graben forms when a block of the planet's crust drops down between two faults, due to extension, or pulling, of the crust.
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Gullies are relatively common features in the steep slopes of crater walls, possibly formed by dry debris flows, movement of carbon dioxide frost, or perhaps the melting of ground ice, as seen by NASA's Mars Reconnaissance Orbiter.
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The objective of this observation from NASA's Mars Reconnaissance Orbiter is to examine a light-toned deposit in a region of what is called 'chaotic terrain' at the base of the Valles Marineris canyon system.
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A south-facing escarpment in the Northwest Hellas region that was targeted for the phyllosilicates shows instances of bluish rock in this enhanced color image taken by NASA's Mars Reconnaissance Orbiter.
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The tropics of Mars are commonly littered with small bright ripples that were somehow shaped by the wind. NASA's Mars Reconnaissance Orbiter might provide a valuable clue to the formation of transverse aeolian ridges (TARs) elsewhere on Mars.
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NASA's Mars Reconnaissance Orbiter observes the southeast rim of Hale Crater, about 150 kilometers (90 miles) in diameter and located in the mid-southern latitudes just north of the massive Argyre basin.
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Sandwiched between a crater nearly 4 kilometer across and a much larger and older crater over 15-kilometers in diameter is this small impact crater with light-toned material exposed in its ejecta. This image is from NASA's Mars Reconnaissance Orbiter.
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This enhanced-color image from NASA's Mars Reconnaissance Orbiter shows gullies in the northern wall of an unnamed crater in Utopia Planitia. The banked, sinuous shape of the gully channels suggest that water was involved in their formation.
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Active sand dunes are common on Mars, and have a variety of surface textures. The braided texture visible here may be typical of dunes that are transitioning into sand sheets.
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In this observation from NASA's Mars Reconnaissance Orbiter, these two craters perched at the edge of an outflow channel, appear to have lost a portion of their crater rims during a flood event. Alternatively, it is also possible that the craters impacted the edge of the outflow channel after the flood occurred and we are seeing the difference in the strength of the material impacted.
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This image from NASA's Mars Reconnaissance Orbiter shows that layered deposits in Melas Basin may have been deposited during the growth of a delta complex.
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This image shows a number of unusual, quasi-circular structures from 300 to 600 meters in diameter that apparently formed within bright flows in Meridiani Planum.
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A field of sand dunes occupies this frosty 5-kilometer diameter crater in the high-latitudes of the northern plains of Mars. Some dunes have separated from the main field and appear to be climbing up the crater slope along a gully-like form. The surface of the main dune field is characterized by a series of dark-toned polygonal patterns. These may be the result of seasonal frost processes. Several of the steeper dune slopes, pointing in the downwind direction, host narrow furrows suggesting the start of gully formation. The crater floor contains a variety of textures, including lobate and striped patterns that indicate seasonal thaw caused by sublimating ice. Broad downslope movement of materials on the crater slopes opposite the dune field superficially resemble gullies, except that they are generally not defined by distinctive alcoves, incised channels, or sediment aprons. These are the hallmarks of gullies elsewhere on the planet.
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This image from NASA's Mars Reconnaissance Orbiter spacecraft nicely captures several influential geologic processes that have shaped the landscape of Lycus Sulci.
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This image shows a possible landing site for the 2020 Mission: Jezero Crater, as seen by NASA's Mars Reconnaissance Orbiter.
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This image from NASA's Mars Reconnaissance Orbiter shows layered deposits in Uzboi Vallis which sometimes occur in alcoves along the valley and/or below where tributaries enter it.
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The sedimentary history of Mars is important to understanding climate change and the evolution of Mars. Sedimentary rocks consist of fine particles carried by the atmosphere and/or water and deposited in generally flat-lying layers, which become indurated (turn into rock) over time. This image covers some steep slopes with good exposures of the bedrock layers, revealing diverse color and textures. A detailed study of many such exposures along with compositional data can be used to reconstruct the sequence of events and interpret the geologic history.
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This observation from NASA's Mars Reconnaissance Orbiter shows part of Gorgonum Chaos, a large cluster of chaotic terrain found in the southern hemisphere.
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Image Number: 6145-45070634Royalty FreeCredit Line:Piemags/PL Photography Limited/SuperStockCollection:PL Photography LimitedStory:Martian Geological FeaturesContributor:PiemagsModel Release:NoProperty Release:NoResolution:2880×1800
Mars
Mars Reconnaissance Orbiter (MRO)|