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Carbon Cycle Imbalances on Arid Terrestrial Planets with Implications for Venus

  • Authors: Haskelle T. White-Gianella, Joshua Krissansen-Totton

Haskelle T. White-Gianella and Joshua Krissansen-Totton 2026 The Planetary Science Journal 7 .

  • Provider: AAS Journals

Caption: Figure A5.

Same as Figure A4 except with atmospheric escape processes excluded (α = 0.3). Neglecting atmospheric escape processes enhances surface warming for initial water inventories less than 10% of Earth’s oceans due to increased greenhouse warming from water vapor. Above 10% of Earth’s oceans, the probabilities are similar or better compared to Figure A4, as atmospheric escape may accelerate water loss through H escape.

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