Glass deposits discovered in impact craters on the surface of Mars may hold signs of ancient life, adding to the growing evidence that the Red Planet was once habitable.
Mars is known for its hostile, low-pressure environment, but despite that fact a new study shows that Earth organisms could indeed survive on the Red Planet.
For decades, people have dreamed of the possibility of life on Mars. And as technologies have advanced, astronomers have bolstered their efforts in searching for civilized superbeings, to no avail. Although we have yet to discover life on the Red Planet, scientists are now honing a new technique that may change the game.
For some time now, scientists have been trying to determine whether the Red Planet once held water suitable for life, and now new research adds to the growing evidence, finding that belts of glaciers on Mars boast enough water to flood the entire planet.
Scientists have discovered signs of ancient water activity on Mars in a now- dried up lake system, adding to growing evidence that the Red Planet was once habitable for life, according to a new study.
Scientists have developed a new energy device that harnesses carbon dioxide in such a way that it could power life on Mars, according to a new study.
Researchers have determined that a primitive ocean on Mars may have once held more water than is currently found in Earth's vast Arctic Ocean. This paints a very different picture from the dusty Red Planet that we know today, and raises questions about where all that water could have gone.
A mysterious blob-like plume has risen from Mars' surface again and again, and researchers are still struggling to understand what exactly it could be.
Climate change isn't an exclusively Earth-side affair. New analyses of gulley patterning carved into the sides of some of Mars' largest impact craters has revealed that the Red Planet underwent many instances of severe climate shifting, including several ice ages, within the last two million years.
NASA still has two functioning rovers rolling around the Red Planet's surface, poking at Martian rocks and dust. However, experts may not have to wait until astronauts set foot on Mars to see these rocks for themselves. A new spectroscopic analysis of the "Black Beauty" meteorite, on Earth, has revealed that it is very likely a chunk of Mars' crust dating back to an impact 4.4 billion years ago.