Member Since 2015
Marysa M. Lague
Assistant Professor, University of Utah
Professional Experience
University of Utah
Assistant Professor
2023 - Present
University of Saskatchewan
Research Associate
2022 - 2023
University of Saskatchewan
Postdoctoral Fellow
2021 - 2022
University of California Berkeley
Postdoctoral Fellow
2019 - 2020
University of Washington Seattle
Graduate Student
2013 - 2019
University of British Columbia
Undergraduate Student
2009 - 2012
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Education
University of Washington Seattle
Doctorate
2019
University of Washington Seattle
Masters
2016
University of British Columbia
Bachelors
2013
University of Saskatchewan
Doctorate
University of Washington Seattle
Doctorate
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Honors & Awards
Outstanding Reviewer Award - Geophysical Research Letters
Received December 2021
James R. Holton Award
Received December 2021
Current Roles
Member
Macelwane Medal Committee
Publications
Why do the Global Warming Responses of Land‐Surface Models a...
August 08, 2022
Evaporative Resistance is of Equal Importance as Surface Alb...
February 18, 2020
AGU Abstracts
SwampLand vs. Desertland: using the extreme end-cases of possible terrestrial evaporation to explore the role of evapotranspiration from land in the global climate system
THE GLOBAL WATER CYCLE: COUPLING AND EXCHANGES BETWEEN THE OCEAN, LAND, CRYOSPHERE, AND ATMOSPHERE I POSTER
global environmental change | 14 december 2023
Marysa M. Lague, Gregory R. Quetin, William R. Boo...
Decreasing evaporation from the land surface has a direct warming effect on land by reducing latent cooling. However, it also modifies surface (and gl...
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Large isotopic signals in tropical precipitation require non-local hydrologic change
WATER ISOTOPE SYSTEMATICS: IMPROVING MODERN AND PALEOCLIMATE INTERPRETATIONS II ORAL
paleoceanography and paleoclimatology | 14 december 2023
Tyler Kukla, Nicholas Siler, Rich Fiorella, Marysa...
Oxygen isotope (δ18O) records of tropical precipitation are often linked to local precipitation amount, though deconvolving the effects of local versu...
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Integrating Ecohydrological Complexity into Simulations of Arctic Change; Bridging the Gap Between Theory and Modelling
NOVEL PARADIGMS, PROCESSES, AND EMERGENT BEHAVIOR IN TERRESTRIAL ECOSYSTEM MODELING I POSTER
biogeosciences | 12 december 2023
Cory Wallace, Marysa M. Lague, Sean K. Carey, Jenn...
Rapid Arctic warming is leading to vegetation change and shifting disturbances regimes which are expected to impact the long-term functioning of this ...
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Volunteer Experience
2024 - 2025
Member
Macelwane Medal Committee
2023 - 2023
Member
Macelwane Medal Committee
Check out all of Marysa M. Lague’s AGU Research!
View All Research Now