British astronaut Tim Peake takes part in a test to see how a Mars rover handles when it's controlled from further away.Read the full story ›
An engineer working on a British-built rover which will be sent to Mars in the second part of a project to search for life has told ITV News it will be able to drill further than has ever been drilled outside of planet Earth. Significantly the drill will be two-metres long.
"We believe two metres down, that radiation can't actually reach, so the conditions for life are far more favourable," said Kat Styles, an engineer on the Mars Rover project.
The first part of ExoMars project was launched today, with a Russian rocket taking off to send an orbiter space craft to the Red Planet to monitor its atmosphere for evidence of life.
The first stage of a major search for life on Mars will be launched today, as a rocket takes off on a seven-month journey to the planet.Read the full story ›
The second man to walk on the moon thinks humans may successfully reach the red planet within 25 years.Read the full story ›
Scientists discover a solar storm eroding the atmosphere of Mars, explaining how it turned from an Earth-like planet into what we see todayRead the full story ›
Scientists at Nasa say they think they've identified new evidence of flowing water on Mars, the crucial component for sustainable life - and potential human colonisation one day.
Nasa have tweeted a short video outlining the key points of the discovery of liquid, salty, water on the surface of Mars.
"Mars is not the dry, arid planet we thought of in the past," Nasa says.
Photographs released by Nasa show the dark, narrow streaks that scientists say are formed by the flow of briny, liquid water across the surface of Mars.
The experts are unsure where the water comes from, but think it may rise up from underground ice or salty aquifers, or condense out of the thin Martian atmosphere.
Nasa has discovered that liquid water "almost certainly" exists on the surface of Mars.
"Under certain circumstances, liquid water has been found on Mars" - Jim Green, NASA Planetary Science Director https://t.co/MvErxberG3
It's not known where the extremely salty water comes from, with theories including the melting of 'near-surface ice', seasonal discharges from layers of water-bearing rock or absorption from the Martian atmosphere.
"It is conceivable that RSL are forming in different parts of Mars through different formation mechanisms," said the scientists.