Member Since 2015
Marysa M. Lague
Assistant Professor, University of British Columbia
AGU Research
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Tracing the influence of terrestrial evapotranspiration on atmospheric water vapor and the water vapor greenhouse effect
AGU 2024
atmospheric sciences | 13 december 2024
Marysa M. Lague, Gregory R. Quetin, Kyle Heyblom
Water vapor accounts for roughly 50% of the modern greenhouse effect. The water vapor greenhouse effect is typically thought of as a feedback to force...
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Precipitation Response Over Land to Evapotranspiration-Driven Warming Is Different Than the Response to Radiatively-Driven Warming
AGU 2024
global environmental change | 09 december 2024
Benjamin Buchovecky, Claire Zarakas, Marysa M. Lag...
Both canonical theory and climate model simulations predict an increase in globally averaged precipitation with radiatively-driven surface warming. Ho...
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Reimagining Earth in the Earth System
JOURNAL OF ADVANCES IN MODELING EARTH SYSTEMS
22 august 2024
Gordon B. Bonan, Oliver Lucier, Deborah Coen, Adri...
Terrestrial, aquatic, and marine ecosystems regulate climate at local to global scales through exchanges of energy and matter with the atmosphere a...
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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Why terrestrial ecosystems matter for climate
NOVEL PARADIGMS, PROCESSES, AND EMERGENT BEHAVIOR IN TERRESTRIAL ECOSYSTEM MODELING II ORAL
biogeosciences | 12 december 2023
Abigail L. Swann, Claire Zarakas, Amy Liu, Greta S...
Biologists have widely documented how the local environment influences plants. Recent findings suggest, surprisingly, that the reverse is also true: e...
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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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Halfland: continental distribution fundamentally alters global climate by modulating atmospheric water vapor on half-land, half-ocean planets.
THE DYNAMICS OF THE LARGE-SCALE ATMOSPHERIC CIRCULATION IN PRESENT AND FUTURE CLIMATES: JET STREAMS, STORM TRACKS, STATIONARY WAVES, AND MONSOONS III ORAL
atmospheric sciences | 11 december 2023
Marysa M. Lague, Gregory R. Quetin, Sarah Ragen, ...
Land and ocean are fundamentally different surfaces from the point of view of the atmosphere, differing in basic physical properties such as the avail...
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