BM
Member Since 2019
Bryn E. Morgan
Ph.D. Student, University of California Santa Barbara
AGU Research
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Unraveling plant responses to changing water supply and demand using drone-based estimates of transpiration
FRONTIERS IN ECOHYDROLOGY I ORAL
hydrology | 12 december 2023
Bryn E. Morgan, Anna T. Trugman, Michael B. Singer...
How ecosystems respond to water stress depends on how individual plants regulate water fluxes under changing moisture conditions. Some plants downregu...
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Estimating Fine‐Scale Transpiration From UAV‐Derived Thermal Imagery and Atmospheric Profiles
WATER RESOURCES RESEARCH
13 november 2023
Bryn E. Morgan, Kelly K. Caylor
Accurate and timely observations of individual‐scale transpiration are critical for predicting ecosystem responses to climate change. Existin...
Canopy-scale sensitivity of riparian woodlands to fluctuating water availability and demand: implications for ecosystem resilience
CONSERVATION ECOHYDROLOGY II POSTER
hydrology | 14 december 2022
Bryn E. Morgan, Kelly K. Caylor
How ecosystems will respond to predicted increases in hydrologic variability, extreme hydrologic events, and atmospheric moisture demand will depend o...
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A Novel Approach for Measuring Canopy-Scale Water Use: Implications for Assessing Dryland Ecosystem Resilience
FRONTIERS IN ECOHYDROLOGY III POSTER
projecting the future | 21 june 2022
Bryn E. Morgan, Kelly K. Caylor
Evapotranspiration (ET), the combined processes of evaporation of water from the soil surface and transpiration of water by vegetation, is the largest...
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A novel UAV-based approach for estimating evapotranspiration from thermal imagery at multiple scales
EVAPOTRANSPIRATION (ET): ADVANCES IN IN SITU ET MEASUREMENTS AND REMOTE-SENSING BASED ET ESTIMATION, MAPPING, AND EVALUATION II ORAL
hydrology | 17 december 2021
Bryn E. Morgan, Kelly K. Caylor
Traditional methods for estimating evapotranspiration (ET) include either individualistic, leaf- or stem-scale approaches or large-scale tools that ag...
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Consequences of Dryland Maize Planting Decisions Under Increased Seasonal Rainfall Variability
WATER RESOURCES RESEARCH
27 september 2021
Natasha Krell, Bryn E. Morgan, Drew Gower, Kelly K...
Shifts in rainfall frequency and intensity can lead to heavy crop loss in rainfed agricultural systems. Small‐scale farmers who plant with li...
An Ecohydrological Model for Simulating Rainfall Variability Impacts on Maize Production in a Water-limited Region
ADVANCES IN ECOHYDROLOGY AND RESOURCE MANAGEMENT OF WATER-LIMITED ENVIRONMENTS I
hydrology | 08 december 2020
Natasha Krell, Bryn E. Morgan, Drew Gower, Kelly K...
Smallholder farmers who plant with limited resources and are highly reliant on a stable climate need to carefully select management strategies that ar...
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Improved assessment of dryland riparian vegetation water use at leaf- to landscape-scales using unmanned aerial vehicle (UAV)-based thermal remote sensing
VEGETATION CANOPIES: PHYSIOLOGY, STRUCTURE, FUNCTION II POSTERS
biogeosciences | 13 december 2019
Bryn E. Morgan, Marc T. Mayes, Kelly K. Caylor
Dryland rivers provide access to otherwise scarce water resources for biodiversity and are increasingly under pressure from anthropogenic disturbance,...
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