Mars Curiosity Rover Snaps Selfie With Mont Mercou Rock Formation

Earlier this month on March 16 and 26, Curiosity captured 60 images using its robotic arm and 11 images with its Mastcam of a rock formation called Mont Mercou.

Mars Curiosity rover snaps selfie with Mont Mercou rock formation

While the Perseverance rover is testing out its wheels in Jezero Crater before truly beginning its journey on Mars, the Curiosity rover has been busy snapping selfies of an intriguing rock formation.

Perseverance, which landed on February 18, is preparing the Ingenuity helicopter for its first flights on Mars in April.

Until Perseverance arrived, Curiosity was the only active rover on Mars.

Now the two rovers, located about 7300km apart on Mars, are exploring very different areas.

Perseverance will search for signs of ancient microbial life in the dry lake bed and river delta of Jezero Crater.

Curiosity has been steadily climbing the 5km high Mount Sharp, located at the centre of Gale Crater, since 2014.

Earlier this month on March 16 and 26, Curiosity captured 60 images using its robotic arm and 11 images with its Mastcam of a rock formation called Mont Mercou.

This nickname was borrowed from a mountain in southeastern France near the village of Nontron.

The outcrop is 6m tall and can be seen to the left of the rover.

Curiosity used its drill to capture a sample of rock near the formation, which the scientists dubbed Nontron.

It’s the 30th sample collected by Curiosity so far.

Orbiters circling Mars have detected a clay mineral called nontronite, which is found close to the actual Nontron on Earth, within this area on Mars.

Curiosity used its drill to turn the sample into powder, which was then fed into some of the rover’s instruments.

Scientists can analyse data from the rover’s instruments to learn more about the composition of the rocks in the area.

These details could provide a window into the Martian past.

This area is of particular interest to researchers because it represents a transition in the rocks from a clay-rich area to a sulphate-rich area.

That might tell scientists what caused Mars to shift from a potentially habitable planet billions of years ago to the frozen desert it is today.

The Curiosity rover also recently looked up to capture an image of clouds on Mars, taken using its right navigation camera.

“What you see here aren’t just any clouds, they’re Martian clouds.

“Take a moment out of your day to look at the sky of another world,” read a tweet from the Curiosity account.

Originally published at 7news

Leave a Reply

Your email address will not be published. Required fields are marked *

Captcha loading...