- #1
- 1,126
- 642
- TL;DR Summary
- Found this interesting feature when panning through the Perseverance 360.
Found this interesting feature when panning through the Perseverance 360.
So how would that happen?neilparker62 said:Summary:: Found this interesting feature when panning through the Perseverance 360.
View attachment 279030
Found this interesting feature when panning through the Perseverance 360.
I couldn't quite make out whether it was some kind of rock outcrop or a pile of loose stones/sand.pinball1970 said:So how would that happen?
Sand settling after swirl?
https://www.esa.int/Science_Explora...s/Dust_storms_swirl_at_the_north_pole_of_Mars
Link isn't working for me -- says that it's a secure connection. Do you have to be associated with ASU to have access?Keith_McClary said:"Rootless cones" are found on Mars and Iceland.
worked ok for me ?berkeman said:Link isn't working for me -- says that it's a secure connection. Do you have to be associated with ASU to have access?
Well, of COURSE you are.berkeman said:Guess I'm just special...
Thanks - interesting geology !Keith_McClary said:
I have no idea whether that's what it is. My first thought was a dune seen sideways.neilparker62 said:interesting geology
That error message indicates that the encryption that the site uses (the 's' in https://) is not matched with any encryption your browser uses.berkeman said:
The Perseverance Rover is a robotic vehicle sent to Mars by NASA to explore the Martian surface, collect samples, and search for signs of past microbial life.
The 360° view feature allows users to see a full panoramic view of the rover's surroundings on Mars. This is made possible by stitching together multiple images taken by the rover's cameras and creating a seamless, interactive view.
The Perseverance Rover is equipped with advanced technology including cameras, spectrometers, and a drill to collect samples. It also has a radioisotope power system to provide energy for its operations on Mars.
The Perseverance Rover is expected to operate on Mars for at least one Mars year, which is equivalent to about 687 Earth days. However, it is designed to last much longer and could potentially operate for several years.
The Perseverance Rover mission has several potential benefits, including advancing our understanding of Mars and its potential for past or present life, testing new technologies for future missions, and paving the way for human exploration of Mars.