Science
NASA's Curiosity rover examines unusual bedrock pits on Mount Sharp
During Sols 4988 to 4994, the rover analyzed novel shallow depressions, documented surrounding stratigraphy, and tracked a fading regional dust storm.
The short version
- NASA's Curiosity rover investigated previously unseen broad, shallow pits in bedrock during its 14th year on Mars.
- Instruments including MAHLI, ChemCam, and Mastcam analyzed the pit structures, diverse bedrock layers, and distant buttes across Mount Sharp.
- Mission scientists tracked a regional dust storm, determining by the end of the planning cycle that the event appeared to be dissipating.
- Data collected will be processed into digital elevation models to help researchers determine the geological processes that created the depressions.
Key facts
- Curiosity documented broad, shallow pits across bedrock workspaces during Sols 4988 through 4994, including a roughly 1-centimeter pit imaged by the Mars Hand Lens Imager on Aug. 19, 2026.[NASA News]
- Mission scientists noted that unlike common bedrock pits formed by weathered nodules, these pits were wider, shallower, and lacked visible residual material.[NASA News]
- ChemCam, MAHLI, and APXS analyzed gray, resistant bedrock layers and loose float pebbles to identify compositional variations in the local stratigraphy.[NASA News]
- Curiosity conducted long-range imaging and mineralogical observations of distant landmarks, including the Cordillera, Tolhuaca, and Potosí buttes.[NASA News]
- The environmental science team increased monitoring cadences to track a potential regional dust storm, which showed signs of dissipating by the end of the week.[NASA News]
- Curiosity's operational schedule lost one planning day due to a disrupted downlink.[NASA News]
What remains uncertain
Sources
Outlet counts describe coverage, not independent confirmation. Reports may share a wire service or original source.