... a picture of what the uppermost layers of the Martian crust are alike. According to their paper, Mars is encased by a regolith layer just a few metres in depth, under which a much deeper crustal layer extends down to 8 and 11 kilometres...
... be supported in nightly brines that are likely widespread through the shallow loose surface deposits known as Martian regolith. Now, a new study presented by a team of US astronomers and headed by Edgard Rivera-Valentín at the Lunar and Planetary...
... hitting the Red Planet. However, if you combined the fungus with other in situ resources such as martian regolith, then a thinner layer of the black mould would suffice, say Shunk and colleagues. “Through the design...
... shadowed craters on the Moon, scientists think that large quantities of water, either in ice or mixed with lunar regolith, could be available for human explorers to make use of. Water is a critical resource for long-term exploration, as it can...
...in 2016. The initial experiment (BORE) was designed as a simple, no-moving-parts experiment to study the settling effects of regolith, as very little is known about the low-gravity geological processes on the surfaces of small bodies, explained Durda...
... around two kilograms of samples by both scooping up surface material with a mechanical arm and by drilling through the regolith up to a depth of two metres. After sampling is complete, the ascender will transfer the collected materials to the...