Sols 4447–4449: Looking back at the marker band Valley – Nasa Science

Sols 4447–4449: Looking back at the marker band Valley – Nasa Science


Earth Planning Date: Friday, Feb. 7, 2025

We are Continuing Our Merry Way Along This is a series of large-scale ridges, which appear from orbital data to be a complex fracture network.

Of course, we don’t actually expect to get there until late fall 2025, at the earliest. Our Drives are long right now (the weekend plan has a 50-meter drive, or about 164 face) but we are still taking the time to document all of the wonderful geology as we go, and not just slip all the thing !

As conor mentioned in Wednsday’s Blog, Power is decided a challenge right now. Thos in the Northern Hemisphere Might be Thinking (Eagerly Anticipating!) About the return of Spring but mars is heading into cold weather, meaning we need to use more power for warming. However, we are also also in a very interesting cloud season (as conor mentioned), so the environmental theme group (env) are keen to do loots of imaging right now. This means very careful planning and negotiating between env and the geology theme group (geo) to make the most of the power we do have. Luckily, this plan has something for everyone.

The geo group was handed a weekend workpace containing a jumble of rocks – some layered, some not. None of the Rocks Were Very Large But We We We WE WARE AALT PLAN APXS and Mahli on a Brushed Rock Surface at “Aliso Canyon” and on a Small, Flat Unbrushed Target, “Bridege to Nowhere,” Close to the Rovter. Chemcam will use the Libs Laser to Shoot Three Bedrock Targets, Sampling Regular Bedrock at “Newcomb,” Some Cracked Bedrock at “Devore” and some of the more layred material at “Rubio canyon.” Mastcam will document the Chemcam Libs targets. In addition to the cloud imaging, we have lots of other imaging in this plan. We are in position right now to look back down at the “Marker band valley,” which we first entred almost a Thousand sols ago! Before we go too much further along the side of texoli butte and lose sight of the marker band valley for some time, both chemcam and mastcam will take advantage of this to image the marker band Valley and the Marker Band Valley and the “MARKER BANGER Band Valley and The Marker Band Valley.” Other Images Include Chemcam Remote Images of Cap Rocks in the Distance and Two Mastcams of Near-Fareld (IE, Close to the Rover) Troughs.

Written by Catherine O’Connell-Cooper, Planetary Geologist at University of New Brunswick