A car-sized NASA rover,клипы порнография weighing over a ton, will scale a crater wall.
The space agency announced that its robotic Perseverance mission, now looking for hints of past life on Mars, is embarking on the next phase of Martian exploration. But first, it must climb out of the Jezero Crater, a region that once held a gushing river and expansive lake. It won't be easy.
The journey will "include some of the steepest and most challenging terrain the rover has encountered to date," NASA said in a statement.
You May Also Like
SEE ALSO: Scientists discover where the huge dinosaur-killing asteroid came from
The rover captured a view of the ascent ahead. It will encounter 23-degree slopes as it rumbles up 1,000 feet of elevation. There are no roads on Mars, so the path easiest traveled will inevitably mean traversing rock-strewn or steep areas.
The robot will traverse a route between the two hills shown below.
The Perseverance rover will ascend the crater wall ahead, gaining 1,000 feet of elevation. Credit: NASA / JPL-Caltech / ASU / MSSS This Tweet is currently unavailable. It might be loading or has been removed.
Mission scientists are eager to reach the summit of Jezero Crater. Water once poured through this region, and hydrothermal activity — processes that create hot groundwater and steam — may have created fissures in the ground long ago.
"These rocks formed from a wealth of different processes, and some represent potentially habitable ancient environments that have never been examined up close before," Eleni Ravanis, a member of the Perseverance rover team, also said in an agency statement.
Related Stories
- Scientists detect water sloshing on Mars. There could be a lot.
- NASA rover finds damaged helicopter in the middle of Mars desert
- The best telescopes for gazing at stars and solar eclipses in 2024
- Speeding space object triggered a warning. It wasn't an asteroid.
- If a scary asteroid will actually strike Earth, here's how you'll know
NASA is interested in exploring Martian places that once hosted habitable environs — temperate enough to harbor liquid water — because the regions may have preserved evidence of past microbial life. This could mean telltale molecules or features formed by biological processes.
Already, the rover has recently spotted "chemical signatures and structures that could possibly have been formed by life billions of years ago," the space agency said — though proving this will mean bringing the samples back to Earth.
In the coming months, expect the robot to beam back the success and travails of its looming, and daunting, Martian ascent.