reply to post by BagBing
Curiosity landed near a 15-thousand-foot-tall mountain on Mars called "sharp's Peak". It's a mountain that scientists think may have substantial
amounts of ice beneath its surface. The Rover will spend the next few months heading toward that mountain, conducting scientific studies along the
way. It couldn't touch down right at the base of the Sharp, because its steep slopes presented a landing hazard.
But the suspicion that Sharp could be an ice-filled mountain is accompanied by another interesting fact.
The Rover landed near the Martian Equator. And just last year, NASA satellites, orbiting around Mars, made a stunning discovery in the region.
They found what appears to be liquid water melting from ice-covered hills at the planet's equatorial region.
This is stunning because -- as we mentioned -- Mars currently has a very thin atmosphere. Up until 2011, scientists thought that liquid water was not
possible on the Martian surface today. But the new pictures are changing minds.
They seem so show streams of water flowing from the equatorial hills as the sun warms them -- much as happens in Antarctica here on Earth. It's now
thought that if the Martian soil (or regolith, as it is more properly called) is highly salty, then briny liquid water could, indeed, exist for brief
periods of time on the surface -- even under present-day Martian conditions.
Curiosity landed near a 15-thousand-foot-tall mountain on Mars called "sharp's Peak". It's a mountain that scientists think may have substantial
amounts of ice beneath its surface. The Rover will spend the next few months heading toward that mountain, conducting scientific studies along the
way. It couldn't touch down right at the base of the Sharp, because its steep slopes presented a landing hazard.
But the suspicion that Sharp could be an ice-filled mountain is accompanied by another interesting fact.
The Rover landed near the Martian Equator. And just last year, NASA satellites, orbiting around Mars, made a stunning discovery in the region.
They found what appears to be liquid water melting from ice-covered hills at the planet's equatorial region.
This is stunning because -- as we mentioned -- Mars currently has a very thin atmosphere. Up until 2011, scientists thought that liquid water was not
possible on the Martian surface today. But the new pictures are changing minds.
They seem so show streams of water flowing from the equatorial hills as the sun warms them -- much as happens in Antarctica here on Earth. It's now
thought that if the Martian soil (or regolith, as it is more properly called) is highly salty, then briny liquid water could, indeed, exist for brief
periods of time on the surface -- even under present-day Martian conditions.