Rock. Rock. Rock. Rock. Rock. Rock. METEORITE!
It's not uncommon to find meteorites on Mars - in fact, I've done it a few times! (see 🧵) But a change in scenery's always nice.
This one's about a foot wide and made of iron-nickel. We're calling it "Cacao."
Curious about life on Mars?
@MarsCuriosity uses our Chemistry and Mineralogy instrument, or CheMin, to search for preserved clues about the Red Planet's past and determine if it could have once supported life. Learn how: https://go.nasa.gov/3XjLe8S
You know Dasher and Dancer ...and Spirit and Opportunity? Looks like Santa wanted some rovers to pull his sleigh this year instead of reindeer! Have some fun this holiday season with @NASA coloring pages: http://go.nasa.gov/3BSdFSx
From our rover family to yours, happy holidays!
I have arrived! 🎉
After a trek through a sand-lined pass, I’m finally in a part of Mount Sharp enriched with salty minerals. I've already gotten a taste of this salty area, which scientists on my team believe may have formed as Mars' climate dried out. http://go.nasa.gov/3TRuPXd
I'm really digging deep with some self-reflection on #InternationalPodcastDay.
Listen along and get the inside scoop on the many discoveries and dramas (!) of my mission.
🚨 Correct answers:
Distance driven = C, 18 mi (29 km)
Samples analyzed = B, 41 samples
Total climb = 2050 ft (625 m)
Thanks for playing along! Check out all of my stats at https://go.nasa.gov/3d7TwOS
! For 10 years, Curiosity has worked to reveal the potentially habitable climate of ancient Mars.
To celebrate, we’re breaking down 5 of the most significant discoveries made using the rover’s suite of #astrobiology instruments. A thread 🧵:
, for this amazing message - and for your help on my team! As you said, we accomplish the impossible on a daily (or in my case sol-y) basis, and I’m so excited to keep exploring this planet in the name of science.
When I landed on Mars 10 years ago, I aimed to answer an important question: Could Mars have supported ancient life? After some careful analysis, the scientists on my team say yes! So, what does that mean? Hear more about that from my Deputy Project Scientist Abigail Fraeman.
Happy 10-year landiversary to me!
It’s been a decade of discoveries. I’ve explored Gale Crater and Mount Sharp, analyzed rock samples, and studied the Martian clouds and sky. In the years ahead, I’ll study a region rich in salty minerals called sulfates.
A celebration for little ‘ol me? 😊
I’ve done a lot of exploring these last 10 years on Mars, and members of my team have helped me every step of the way. So join us for a Twitter Spaces event as they reflect on this decade of discoveries.
LIVE NOW
It’s been almost 10 years on Mars! Hear from experts on the @MarsCuriosity mission who are talking about the discoveries that have been made and what’s next for the rover. Drop your questions in the comments! http://youtu.be/nVxwzOgZZ7k
I’ve been on Mars for almost a decade? Time flies when you’re having fun on another planet! To mark this upcoming milestone, join a live chat with some of my teammates on July 21 at 7pm PT (10pm ET) who will talk about my past and future for this mission.
In 2014, I placed rock samples in my SAM (Sample Analysis at Mars) instrument to measure the chemical compounds. After years of careful analysis from my team, they measured the total organic carbon in those Martian rocks for the first time.
Pretty ain’t it?
I’m trekking through a transition zone between a clay-rich area and one filled with sulfate. Groundwater ebbed and flowed over time through these geologic features, leaving a puzzle my team and I can’t wait to solve. http://go.nasa.gov/3nfg7ut
Fingerling…rocks? I spotted these odd shapes while I was exploring. They likely formed billions of years ago when groundwater moved through, leaving minerals behind. In the Martian atmosphere, winds eroded the softer parts and left the harder bits behind. http://go.nasa.gov/3xy9Gr9
In a less literal sense, my science team is interested in these rocks as a “door” to the ancient past. As I climb up this mountain, I’m seeing higher levels of clay give way to salty minerals called sulfates – clues as to how water dried up on Mars billions of years ago.
Here’s a zoomed-out view with the feature circled. ⭕ In it, you see a small crevice (>30 cm tall) between 2 fractures in a rock. There are several linear fractures in the mound - but in this spot, several fractures intersect, which allowed the rock to break at such sharp angles.
Some of you have noticed this image I took on Mars. Sure, it may look like a tiny door, but really, it’s a natural geologic feature! It may just *look* like a door because your mind is trying to make sense of the unknown. (This is called "pareidolia") http://go.nasa.gov/3sGhC8l
Keep exploring, Mars robots! @NASA has extended several long-running planetary missions – including Mars Odyssey, Mars Reconnaissance Orbiter, Curiosity, MAVEN, & InSight. More: https://go.nasa.gov/3OzgnRz
Follow along with all our Mars explorers at http://mars.nasa.gov
A podcast about little ol’ me? 😊
The latest episode of the “On A Mission” #podcast focuses on yours truly. So put on your favorite headphones and learn about the discoveries me and my team have made, the challenges we’ve faced, and what’s next for me.
I've gotta protect my wheels 🛞
After spotting some “gator-back” rocks, I’ll be taking an alternate path as I continue to explore Mount Sharp. The wind-sharpened stones could cause serious damage to my wheels so it’s best to avoid them. http://go.nasa.gov/3jeh2JJ
Did it get dark in here? Oh, that’s just the dust cloud I caught with my Hazcam. While this isn’t the first dusty gust I’ve captured, its size and proximity made for a dense shadow.
[📷 from sol 3418]
What’s happening on Mars? @NASA’s robotic explorers are on the move and making discoveries on the Red Planet. From interesting images to new destinations, see what @NASAPersevere, @MarsCuriosity and the #MarsHelicopter are up to in our latest Mars Report.
🎶 Who runs the (red) world? Girls! 🎶 Today is #InternationalWomensDay, so I’m giving a special shoutout to the women on my team. You rock my world… literally!
I spy with my hand-held imager (MAHLI) this beautiful, fragile and tiny feature. It’s a concretion, eroded from sedimentary rock that was cemented by mineral-rich groundwater. Size? Just 1 cm. http://go.nasa.gov/35ECww0
☁️ Just clouds drifting through the Martian sky. These wisps were ~50 miles (80 km) above me & the height suggests they’re made of carbon dioxide ice. These digitally-enhanced images from one of my navigation cameras were put together into 8-frame GIFs. http://go.nasa.gov/3rTftG8
Thanks for joining me in trailblazing new paths for understanding our universe. Exploring uncharted territory is a bit easier knowing a friend shares the same world.
#GalentinesDay
Earlier in my mission, I checked my wheels every 500 meters. They're holding up well enough that my team now only has me check them every 1,000 meters. Their lifespan and odometry remaining is expected to support me through the remainder of my mission on the Red Planet.✨
The Martian surface can be rocky, sharp, and unforgiving – so after nearly 10 years, my wheels have taken a beating. The good news is that this is not impacting my mission.
Is there a competition for rock mining and sand scooping in the #WinterOlympics? Could one participate remotely? (If so, I may have a shot!) I hold the record for most number of drill samples collected on another planet – 34 – plus six scoops of sand. That's 40 samples analyzed!