#samplingmars ผลการค้นหา
#SamplingMars continues! @NASAPersevere cored and stored a carbonate-rich rock, which is a kind known to preserve fossilized lifeforms on Earth. If signs of ancient microbial life exist on Mars, it could be a rock like this that reveals those secrets: go.nasa.gov/40WSxoV
The road ahead is exciting–could be an excellent opportunity to sample a boulder. Meanwhile, I’m getting lots of good experience driving away from “cul-de-sacs” of rocks and navigating around slopes and boulders. #SamplingMars continues…
One thing I’m #SamplingMars for is organic molecules, the “building blocks” of life. The rock I got these two samples from has signals suggesting they may be present. Signs of biology, or another process, maybe? Hear why scientists would love to study sample #6 or #7 up close:
I found this rock in the ancient riverbed here at Jezero Crater. Could microscopic life have ever survived here? #SamplingMars and sending my rock collection to Earth via #MarsSampleReturn could help scientists answer that question.
I just collected my 22nd sample! My team wants samples from this key spot, which is rich in minerals laid down by past water billions of years ago. #SamplingMars continues…
We now have 23 samples of Martian rock, dust, and atmosphere. 👏 Over 60% complete, @NASAPersevere's #SamplingMars campaign will help reveal the history of Jezero Crater and whether its ancient river delta could've hosted life. Explore each collection: go.nasa.gov/3vEtLz6
Look at this big chunky weirdo. 🪨 I love it. I spotted this boulder from a distance and have come in for a closer look. It’s harder than most, with an odd shape and makeup. #SamplingMars could be a challenge here, but I’m up for it!
You’re looking at the shiny new seal on my 21st sample tube. Just closed it up today, literally capping off my exploration of this section of Jezero Crater. More #SamplingMars to come at the next location!
Now that I've completed my climb out of Jezero Crater, I'm back to #SamplingMars! My 26th sample, known as "Silver Mountain," has textures unlike anything we've seen before. I've sealed the rock core in a sample tube so it can be analyzed in labs on Earth in the future.
I love every rock I uncover when #SamplingMars, but my team is really excited about what the presence of carbonate minerals could mean for the history books. Let’s keep rollin’!
My drill bit is filled to the brim with my latest sample! My abrasion patch revealed interesting textures in this bedrock. The minerals inside are a snapshot of the ancient environment I’m currently exploring. #SamplingMars
Now that conjunction is over, I’m excited to continue #SamplingMars! You’ll start to see more blogs from my team and the latest images from me: mars.nasa.gov/mars2020
As I travel around #SamplingMars, I’m collecting little pieces of history – the history of our solar system. Each sample I collect has a story to tell. Hear what’s special about the pair we call “Hazeltop” and “Bearwallow.” All my samples: mars.nasa.gov/mars-rock-samp…
Meet two more of my Martian samples that I've collected while on my quest of #SamplingMars. One of my scientists explains how my rock cores known as "Salette" and “Coulettes” hold exciting clues about the Red Planet’s watery past 💧:
I’ve been #SamplingMars for nearly two years, but I’ll always remember “Montdenier” and “Montagnac,” the pair of rock cores that kickstarted my rock collection. What made this such an unforgettable duo? One of my mission experts explains:
Sometimes #SamplingMars has its surprises. Hear from one of my scientists about the first sample I collected, and how we made Martian “lemonade” when Mars gave us a lemon. 🔴 🍋 More on each of my samples: mars.nasa.gov/mars-rock-samp…
There’s nothing more satisfying than #SamplingMars, especially after my last two attempts on an uncooperative rock! This one looks great AND offers something I don’t yet have in my collection: a rock core with larger pebbles inside. Why that’s good: go.nasa.gov/3pnj1lS
The road ahead is exciting–could be an excellent opportunity to sample a boulder. Meanwhile, I’m getting lots of good experience driving away from “cul-de-sacs” of rocks and navigating around slopes and boulders. #SamplingMars continues…
I found this rock in the ancient riverbed here at Jezero Crater. Could microscopic life have ever survived here? #SamplingMars and sending my rock collection to Earth via #MarsSampleReturn could help scientists answer that question.
I just collected my 22nd sample! My team wants samples from this key spot, which is rich in minerals laid down by past water billions of years ago. #SamplingMars continues…
Look at this big chunky weirdo. 🪨 I love it. I spotted this boulder from a distance and have come in for a closer look. It’s harder than most, with an odd shape and makeup. #SamplingMars could be a challenge here, but I’m up for it!
You’re looking at the shiny new seal on my 21st sample tube. Just closed it up today, literally capping off my exploration of this section of Jezero Crater. More #SamplingMars to come at the next location!
Now that conjunction is over, I’m excited to continue #SamplingMars! You’ll start to see more blogs from my team and the latest images from me: mars.nasa.gov/mars2020
My drill bit is filled to the brim with my latest sample! My abrasion patch revealed interesting textures in this bedrock. The minerals inside are a snapshot of the ancient environment I’m currently exploring. #SamplingMars
There’s nothing more satisfying than #SamplingMars, especially after my last two attempts on an uncooperative rock! This one looks great AND offers something I don’t yet have in my collection: a rock core with larger pebbles inside. Why that’s good: go.nasa.gov/3pnj1lS
Now that I've completed my climb out of Jezero Crater, I'm back to #SamplingMars! My 26th sample, known as "Silver Mountain," has textures unlike anything we've seen before. I've sealed the rock core in a sample tube so it can be analyzed in labs on Earth in the future.
#SamplingMars continues! @NASAPersevere cored and stored a carbonate-rich rock, which is a kind known to preserve fossilized lifeforms on Earth. If signs of ancient microbial life exist on Mars, it could be a rock like this that reveals those secrets: go.nasa.gov/40WSxoV
We now have 23 samples of Martian rock, dust, and atmosphere. 👏 Over 60% complete, @NASAPersevere's #SamplingMars campaign will help reveal the history of Jezero Crater and whether its ancient river delta could've hosted life. Explore each collection: go.nasa.gov/3vEtLz6
Humans and robots daring mighty things, together. Yesterday, we welcomed @NASA's leadership team, including Administrator Bill Nelson and Deputy Administrator Pam Melroy to JPL. They got an up-close look at how we're laying the groundwork for #SamplingMars and @EuropaClipper.
First image has the layers highlighted, other two are sol 1311 zcam of the same rock #samplingmars #perseverancerover @nasap
Pixl is mapping the organics on the Abacus Rock 🧮 Notice the hairline cracks filled with calcium phosphate, they seem to stop where the round sandstone pearls are. Second picture shows a wider context view of the Abacus 🧮 Sol 1222, Bright Angel #persevere #samplingmars
New Abrasion patch on Mars Today ! On the way to Witch Hazel Hill #samplingMars Location on lastvimage Sol 1257
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