Light elements and their isotopes in SNC meteorites and the Martian atmosphere

Computer Science – Emerging Technologies

Scientific paper

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Atmospheric Composition, Lead Isotopes, Light Elements, Mars Atmosphere, Neodymium Isotopes, Strontium Isotopes, Abundance, Carbon Dioxide, Gas Analysis, Meteorites, Snc Meteorites, Martian Meteorites, Isotopes, Atmosphere, Mars, Nitrogen, Gases, Carbon, Sulfur, Hydrogen, Carbon Dioxide, Sampling, Techniques, Laboratory Studies, Samples, Meteorite, Composition, Carbonates, Sulfates, Sulfides, Spectrometry

Scientific paper

Nitrogen isotopes have played an important part in the acceptance of the hypothesis that SNC meteorites derive from Mars. As a result, these meteorites can be investigated for their C, S, and H systematics with a view to learning something about the environmental conditions on the planet. Important aspects of the role of carbon, present in the form of carbon dioxide as an atmospheric gas and leading to the formation of carbonates by weathering or hydrothermal activity, can be established. The presence of indigenous organics is an intriguing possibility. A variety of new or emerging techniques which could improve understanding of SNC meteorites and might be applied to a returned Martian sample are discussed.

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