Martian landslides not conclusive evidence of ice
The findings show for the first time that the unique structures on Martian landslides from mountains several kilometres high could have formed at high speeds of up to 360 kilometres per hour due to underlying layers of unstable, fragmented rocks.
24 Oct 2019 ⋅ Nature Communications
Atacama Desert microbes may hold clues to life on Mars
Microbial life on Mars may potentially be transported across the planet on dust particles carried by wind.
22 Aug 2019 ⋅ Scientific Reports
A material way to make Mars habitable
Silica aerogel could warm the Martian surface similar to the way greenhouse gasses keep Earth warm.
15 Jul 2019 ⋅ Nature Astronomy
Experiments with salt-tolerant bacteria in brine have implications for life on Mars
The likelihood is high that at times surface salts may be able to attract sufficient water to form brines that can support microbial growth.
21 Jun 2019 ⋅ ASM Microbe 2019
Meteors help Martian clouds form
How did the Red Planet get all of its clouds? CU Boulder researchers may have discovered the secret: just add meteors.
17 Jun 2019 ⋅ Nature Geoscience
The rheology and thermal history of Mars revealed by the orbital evolution of Phobos
By exploiting the relationship between Mars and Phobos within an established in situ scenario for the early origin of the moons of Mars, we find that Mars was moderately hotter than it is today, and that its mantle sluggishly deforms in the dislocation creep regime.
22 May 2019 ⋅ Nature