Eva Elisabeth Stueeken

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• Active

  Characterising Hydrothermal Nutrient: Characterizing hydrothermal nutrient fluxes to define the limits on ancient life

  Stueeken, E. E. (PI)

  The Leverhulme Trust

  1/04/23 → 31/03/26

  Project: Standard

  • Early Earth 100%
  • Nitrogen Cycle 100%
  • Nitrogen 15 83%
  • Greenstone Belt 66%
  • Canada 66%

• Did hydrothermal vents push the frontier: Did hydrothermal vents push the frontiers of habitability on the early Earth?

  Stueeken, E. E. (PI)

  NERC

  1/04/21 → 31/03/25

  Project: Standard

  • Nitrogen 15 100%
  • Early Earth 86%
  • Sedimentary Rock 77%
  • Water Column 72%
  • Nitrogen Cycle 72%
• Finished

  Quantifying lightning-derived NOx gas: Quantifying lightning-derived NOx gas production in planetary atmospheres

  Stueeken, E. E. (PI)

  The Royal Society

  31/03/21 → 30/03/22

  Project: Standard

  • Lightning 100%
  • Early Earth 46%
  • Carbon Dioxide 40%
  • Atmospheric Chemistry 33%
  • Extrasolar Planet 33%

• Method development .. Organic molecules: Method development for characterisation of organic molecules produced in exoplanetary lightning reactions and hydrothermal vents

  Stueeken, E. E. (PI)

  1/11/20 → 31/01/21

  Project: Standard

• William McCarthy - SFC GCRF 2019/20: StAKz Hub” - A research centre for strategic technological capacity building for the primary resource sector in Kazakhstan and beyond

  McCarthy, W. (PI), Fumagalli, M. (CoI), McCollum, D. (CoI) & Stueeken, E. E. (CoI)

  Scottish Funding Council

  1/08/19 → 30/06/20

  Project: Standard

• Reconstructing ocean oxygenation with: Reconstructing ocean oxygenation with coupled selenium and sulphur isotopes in hydrothermal deposits

  Stueeken, E. E. (PI)

  Carnegie Trust

  1/01/18 → 31/12/18

  Project: Standard