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Collaborative Research: Mechanisms of moisture-driven ice growth: a warm Miocene data-model comparison

Organization University of Texas at AustinLocation AUSTIN, United StatesPosted 1 Sept 2025Deadline 31 Aug 2028
NSFUS FederalResearch GrantScience FoundationTX
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One of the biggest unknowns in projecting future sea level is how fast the Antarctic Ice Sheet will melt in response to continued warming. An increase in high-latitude snowfall may offset some ice sheet melt due to warming of surrounding ocean and atmosphere, though it is not yet known how effective this compensating mechanism is, or under what…

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Collaborative Research: Mechanisms of moisture-driven ice growth: a warm Miocene data-model comparison — University of T | Dev Procure