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Ancient alluvial plains at Oxia Planum, Mars
DOI: 10.1016/j.epsl.2022.117904 Bibcode: 2023E&PSL.60117904D

Fawdon, Peter; Thomas, Nicolas; Grindrod, Peter M. +4 more

The geologic origin of the ancient, phyllosilicate-bearing bedrock at Oxia Planum, Mars, the ExoMars rover landing site, is unknown. The phyllosilicates record ancient aqueous processes, but the processes that formed the host bedrock remain elusive. Here, we use high-resolution orbital and topographic datasets from the HiRISE, CaSSIS and CTX instr…

2023 Earth and Planetary Science Letters
ExoMars-16 6
The evolution of Martian fissure eruptions and their plumbing systems
DOI: 10.1016/j.epsl.2023.118382 Bibcode: 2023E&PSL.62118382P

Pieterek, Bartosz; Jones, Thomas J.

On Earth, the investigation of fissure eruptions and their deposits provide fundamental insights into the evolution of the subsurface volcanic plumbing system. On Mars, we have limited evidence of the spatiotemporal evolution of fissure-fed volcanic systems, and thus the processes operating within their subsurface-feeding dykes remain poorly under…

2023 Earth and Planetary Science Letters
MEx 3