Mark Claire

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• Finished

  Frozen but not forgotten: microbial: Frozen but not forgotten: microbial habitability and preservation in planetary fluids

  Cousins, C. R. (PI) & Claire, M. (CoI)

  The Leverhulme Trust

  14/11/16 → 13/11/19

  Project: Standard

  • Iceland 100%
  • Cryogenics 100%
  • Subsurface 66%
  • Reflectance 56%
  • Silicification 50%

• Scientific Integration and Exploitation: Scientific Integration and Exploitation of ExoMars PanCam, ISEM and CLUPI

  Cousins, C. R. (PI) & Claire, M. (CoI)

  Science & Technology Facilities Council

  1/07/16 → 29/03/20

  Project: Standard

  • Infrared Spectrometer 100%
  • Image Analysis 100%
  • Rovers 100%
  • Basalt 66%
  • Mineralogy 50%

• H2020 ERC Starting Grant OXYGEN: OXYGEN: Quantifying the evolution of Earth's atmosphere with novel isotope systems and modelling

  Claire, M. (PI)

  European Research Council

  1/06/16 → 31/05/21

  Project: Standard

  • Atmospherics 100%
  • Fractionation 49%
  • Evaporite 42%
  • Aridity 42%
  • Sedimentation Rate 42%

• The Fe chemistry of early Mars: The Fe chemistry of early Mars: Experimental constraints on climate evolution

  Claire, M. (PI) & Zerkle, A. L. (CoI)

  Science & Technology Facilities Council

  1/10/14 → 30/09/16

  Project: Standard

• Did biogeochemical methane cycling: Did biogeochemical methane cycling regulate the Neoarchean atmosphere?

  Claire, M. (PI)

  NERC

  1/10/13 → 30/03/17

  Project: Standard

  • Atmospherics 100%
  • Sulfur Isotopes 93%
  • Methane 52%
  • Photosynthesis 50%
  • Extrasolar Planet 50%

• Did biogeochemical methane cycling: Did biogeochemical methane cycling regulate the Neoarchean atmosphere?

  Zerkle, A. L. (PI), Claire, M. (Researcher) & Izon, G. (Researcher)

  NERC

  16/05/13 → 14/07/16

  Project: Standard

  • Sulfur Isotopes 100%
  • Methane 83%
  • Atmospherics 79%
  • Atmospheric Chemistry 47%
  • Fractionation 34%