The planet Mars might still conceal significant reserves of liquid water beneath its surface. A recent discovery, based on ...

In a nutshell Scientists used computer simulations to show that the way debris spreads from small impact craters on Mars, ...

The study proposes that fine dust particles from the Martian atmosphere settle on sloped terrain. Events like wind gusts, ...

Beneath Mars’ barren crust, scientists may have found a hidden oasis—liquid water, deep below, waiting to reshape our view of ...

Evidence is mounting that a secret lies beneath the dusty red plains of Mars, one that could redefine our view of the Red ...

One hypothesis has been that the missing water seeped into the crust. Mars was heavily bombarded by meteorites during the Noachian period, which may have formed fractures that channeled water ...

Liquid water once shaped the Martian landscape dramatically, carving valleys, filling lakes, and forming vast oceans.

A new study reveals Mars’s missing water may have slowly seeped underground, becoming trapped in ancient aquifers beneath the surface.

A new study offers key insights into Mars' water cycle, but the findings are based on seismic data from just one region, ...

Images taken of Mars from orbit dating back as far as the 1970s have captured curious dark streaks running down the sides of ...

Images taken of Mars from orbit dating back as far as the 1970s have captured curious dark streaks running down the sides of ...

A recent study challenges the idea that dark streaks on Mars indicate liquid water presence. Researchers examined around ...