Sulfur cycling at two Mars-relevant saline lakes underscores the importance  of dynamic metabolic substrate concentrations for isotopic biosignatures

Name: Sulfur cycling at two Mars-relevant saline lakes underscores the importance of dynamic metabolic substrate concentrations for isotopic biosignatures
Creator: Christopher Tino
Published: 2025-04-02T00:02:58.369Z
Keywords: Geochemistry

Tino, Christopher

doi:10.17632/n9c9sd4t5r.1

Sulfur cycling at two Mars-relevant saline lakes underscores the importance of dynamic metabolic substrate concentrations for isotopic biosignatures

Published: 2 April 2025| Version 1 | DOI: 10.17632/n9c9sd4t5r.1

Contributor:

Christopher Tino

Description

All data underlying the figures presented in the Tino et al. manuscript entitled "Sulfur cycling at two Mars-relevant saline lakes underscores the importance of dynamic metabolic substrate concentrations for isotopic biosignatures".

Sulfur cycling at two Mars-relevant saline lakes underscores the importance of dynamic metabolic substrate concentrations for isotopic biosignatures

Description

Files

Categories

Licence