Pssst... this is the Curiosity instance!
Hahaha I hear you, Paul. In the end, I'm just going to have to bite the bullet and learn how to work with images myself. I didn't mean to put everything off onto you 😄
As for people not appreciating the images, or the general stream of information from the rover(s), I'm proceeding on the theory that it's hard to appreciate what these missions do without the context being readily available. Even in sifting through aaaall the images I needed to assemble my overview of the abrasion patches, I could see that I needed to rapidly compare and contrast several different abrasion sites to get a quick visual feel for the differences between them. And if someone like me feels this way, I can only imagine how difficult it might be for the casual social media user to see how exciting "another red rock" might be. Geologists aren't always the best at outreach, but I believe the attempt is worth it in my case.
I can't help with the 3D images just yet, but I'll see what I can do after I post my overview.
Thank you! I've seen some of these before when looking at 3D models of the abrasion patches, but those shape models are quite useful in general.
I was thinking specifically of the "anaglyph" images we used to get from the MER PanCams and NavCams (such as the "Legacy Pan" from Opportunity). Even individual 3D frames could be quite mind-blowing in demonstrating the true ruggedness of those landscapes. The environments in and around Jezero, let alone Mt. Sharp, can't be any less rugged than those were.
In other news, it does seem that the skies are finally clearing up a bit, now that we're well into spring. This shot, from the mid-afternoon on sol 1359, shows how heavily obscured the distant hills on the western horizon were relative to the 1397 shot taken at nearly the same hour, and included above in Paul's mosaic.
As Paul Hammond mentions, the "melting" is due to material sliding downhill. During the abrasion, which works partly by percussion, you can actually see a pebble sliding downhill (between this frame and this frame, which were taken only one minute apart), to the bottom right of the abrasion bit itself (near the centre of the image).
It's not always apparent from the images, but the rover is currently on a fairly steep slope; we're still parked on the exterior/outboard side of the Jezero Crater rim. I wonder how difficult it would be to make the 3D images I used to see from earlier rover missions...
Younger (stupider) me thought that geotechnical engineering was boring and tedious, but as time goes on, and I see how much trouble it is to drill and collect samples from places like Mars, Luna, or the asteroids, I admit I'm changing my mind here. Between InSight's troubles with the mole burrowing into that clumpy regolith in Elysium and the crumbly stuff Percy has to deal with, I'm realizing that we need some bright people to address these unexpected material properties with good hardware. I'll add "sampling engineers" to the list of unsung heroes I'd love to hear more from, like the people behind Ingenuity!
LOL And here I was lamenting the lack of new activity just hours ago...
They've been abrading a lot more holes lately - this is the fourth since Percy reached Pico Turquino only ~2 months ago, comparable to the rate at which we were working on the delta fan. Good times ahead!
In the last 48 h the JPL website has had trouble serving up the raw images page, which is pretty frustrating when you're working on any projects associated with this mission. Percy has already seen and done a lot in ~4 Earth years, so there is one hell of a lot to review if you're trying to be thorough...
As of about 17:00 UT today (15 January), there are new images on the server, but they were all taken more than a week ago.
I hope all the JPL folk are OK!
Mmmmmmmmm 🍽
Massive dust-free jointed angular boulder faces, served on a bed of saltating basaltic grains, with light-toned speckles and a light purple Jezero-style coating, delicately applied.
Carbon-restricted dining at its finest. 3/5 stars.
Based on yesterday's images, they're thinking of drilling again, but we've moved 30 m downhill since! I guess Percy was being an impatient horsey again (and to be fair, we hadn't moved in over a week anyway).
This is one of the best dust devil videos ever captured, IMO. Spirit used to catch whole packs of them roaming the great prairie-like floor of Gusev Crater (back when that rover was perched up in the Columbia Hills, I believe), but this devil in the foreground here shows a lot of detail, and is quite close to the camera, unlike those in old shots from Spirit. From what I recall, Percy has been able to capture some nearby dust devils in similar detail, which is unsurprising given that the Jezero region is supposed to be the windiest site we've visited on Mars... but awesome nonetheless.
Just looking at the shadows it casts is very revealing, and watching the thick white patches of the vortex really gives you an idea of the turbulence involved here. It's really cool that we can see the entire length of the shadows being cast; I wonder if this is one reason why these shots were taken near noon, rather than later in the afternoon, around the time of maximum daily heating.
For scale, the crater at the bottom left is 300 m across from left to right, so you can tell that the "foot" of the foreground devil is quite a bit bigger than Percy itself. So much to see here!