Our team has been concentrating on the light-toned rocks similar to those found at Whitebark Pass in our workspace. These rocks are scattered throughout the area and have been receiving most of our attention. With a long weekend ahead and no driving involved, we have ample time to delve into our scientific tasks.
We are using MAHLI and APXS to examine two targets named ‘Gray Peak’ and ‘Snow Lakes’ in detail. ChemCam is also participating by analyzing three LIBS targets known as ‘Beck Lakes,’ ‘Ten Lakes,’ and ‘Pohono Bridge.’ Mastcam, on the other hand, is capturing two large mosaics of Whitebark Pass to study its topography and texture more closely. Apart from the light-toned rocks, Mastcam will also be investigating the nearby bedrock along the channel wall.
The variety of rocks and features in the area provide a rich field of study for the team, allowing them to gather valuable insights and data. By utilizing different tools and techniques, they are able to paint a comprehensive picture of the geological composition of the site. The focus on Whitebark Pass and its surrounding area showcases the team’s dedication to understanding the intricacies of the Martian landscape.
Our team has been concentrating on studying lighter-toned rocks that are similar to those found at Whitebark Pass in our workspace. These rocks are scattered throughout the area and have been receiving most of our attention.
With a long weekend ahead and no driving involved, we have ample time to delve into our scientific tasks.
MAHLI and APXS are being used to examine two targets named ‘Gray Peak’ and ‘Snow Lakes’ in detail. ChemCam is also participating by analyzing three LIBS targets known as ‘Beck Lakes,’ ‘Ten Lakes,’ and ‘Pohono Bridge.’ Mastcam is capturing two large mosaics of Whitebark Pass to study its topography
