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Originally Posted by Al Skierkiewicz
Please pass along our congrats to the team. Many here in Chicago are very proud of the Rover missions. I bet everyone is hopeful about the unusual strata at the bottom of the crater/lake showing new information.
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Thanks, Al, I will pass it along. The most scientifically interesting part of the crater exploration is likely to be relatively close to the rim. The central part of the crater has been filled in with sand, dust and eroded material that has fallen into the crater. The actual crater floor has been covered by this material, and is inaccessible. Also, this stuff covers the crater floor in soft dunes (clearly visible in the overhead images) that are hazard areas that we try to avoid. Conversely, the inner portions of the crater rim are relatively accessible, and potentially science-rich. The rim area is rife with exposed strata. The ingress path down into the "Duck Bay" alcove will allow the rover to examine layers that could be the original surface that was in place when the crater was formed. All of this should make for an interesting exploration of the crater once we start to drive in.
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Originally Posted by Roger
Not if you work down here but your business is up there. If you're on Mars time (like all the rover watchers) you have to keep on the rover's day schedule to stay in the sun. Every day you start work later and later (it's actually 39 minutes 35+ seconds solar day), then eventually get bumped in time to align again, or take time off to realign to Earth time. Your work time is shifted to all hours of the day or night, making for interesting scenarios for family and friends.
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The rover operations team works on standard 24-hour Earth time, on a slightly modified 40-hour/week schedule. The major activities all take place during a fairly standard 8-hours/day (daytime), 5-days/week schedule. The team did work on "Mars time" during the early part of the surface operations. But that approach was dropped nearly three years ago. To compensate for the differences between Earth time and local Solar time (defined by a Mars solar day, or sol, which is actually 24 hours, 39 minutes, 35.24409 seconds - but common convention rounds the sol to the nearest minute, so it is most frequently termed 24 hours, 40 minutes) at each rover site, the team has developed a series of procedures that allow them to shift the timing of operations planning activities on a daily basis, while maintaining a relatively standard work schedule.
-dave