Pressing Onward Within Crater

Curiosity Entrance Hazard Avoidance Digital camera Left B picture acquired on Sol 3041, February 24, 2021.
Credit score: NASA/-Caltech

NASA’s Curiosity Mars rover is now performing Sol 3042 duties.

Reviews Mark Salvatore, a planetary geologist at College of Michigan: “Curiosity presses on to the east inside Gale Crater, characterizing compositional variations throughout the underlying bedrock as we proceed to march uphill and encounter sedimentary rocks that report the traditional geologic and environmental circumstances throughout the crater.”

Curiosity Proper B Navigation Digital camera picture taken on Sol 3041, February 25, 2021.
Credit score: NASA/JPL-Caltech

Salvatore provides that, over the previous 35 sols, Curiosity has lined greater than 1,969 ft (600 meters) of lateral distance because the rover distinctive compositional transitions noticed from .

Regional bedrock

“The science group is continuous to make detailed analyses of the regional bedrock to guarantee that we perceive these transitions from the bottom as effectively,” Salvatore factors out.

A cliff (“Mont ”) is roughly 18 ft tall, Curiosity Mast Digital camera Proper picture taken on Sol 3040, February 23, 2021.
Credit score: NASA/JPL-Caltech/MSSS

A not too long ago scripted has the robotic conducting a touch-and-go Alpha Particle X-Ray Spectrometer (APXS) chemistry evaluation on the bedrock goal “Manzac” positioned in entrance of the rover.

“She can even be buying high-resolution pictures of the trail forward to help with future planning, making a collection of environmental observations, and gathering ChemCam [Chemistry and Camera] passive spectral knowledge on one other attention-grabbing bedrock unit in entrance of the rover named “Tranchecouyere.”

Curiosity Proper B Navigation Digital camera picture acquired on Sol 3041, February 24, 2021.
Credit score: NASA/JPL-Caltech



Sufferer of latest drive

“One further remark might be buying high-resolution coloration pictures of the goal “Tourtoirac,” positioned behind the back-right wheel of Curiosity,” Salvatore provides. “This goal was a sufferer to Curiosity’s latest drive, which resulted on this relatively giant rock tilting onto its aspect below the strain of Curiosity’s wheels.”

Goal “Tourtoirac” (middle proper) tilting onto its aspect below the strain of Curiosity’s wheels.This picture was taken by Left Navigation Digital camera on Sol 3040.
Credit score: NASA/JPL-Caltech.




Salvatore explains that Tourtoirac now sticks up at roughly a 45° angle, which can enable scientists to get an excellent have a look at whether or not there are any well-preserved or morphologies which might be current alongside the aspect of the rock.

“It’s a fantastic bonus remark,” Salvatore , “that may not have been attainable had Curiosity pushed a number of inches in a distinct route!”



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