HM
Member Since 2012
Hilary R. Martens
Associate Professor, University of Montana
AGU Research
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Drought Characterization With GPS: Insights Into Groundwater and Surface‐Reservoir Storage in California
WATER RESOURCES RESEARCH
10 august 2024
Zachary Young, Payton P. Gardner, Zachary H. Hoylm...
Drought intensity is commonly characterized using meteorologically‐based metrics that do not provide insight into water deficits within deepe...
GNSS Geodesy Quantifies Water‐Storage Gains and Drought Improvements in California Spurred by Atmospheric Rivers
GEOPHYSICAL RESEARCH LETTERS
02 july 2024
Hilary R. Martens, Nicholas Lau, Matthew Swarr, Do...
Atmospheric rivers (ARs) deliver significant and essential precipitation to the western United States (US) with consequential interannual variabili...
Sensitivity of GNSS‐Derived Estimates of Terrestrial Water Storage to Assumed Earth Structure
JOURNAL OF GEOPHYSICAL RESEARCH: SOLID EARTH
11 march 2024
Matthew Swarr, Hilary R. Martens, Yuning Fu
Geodetic methods can monitor changes in terrestrial water storage (TWS) across large regions in near real‐time. Here, we investigate the effe...
Coupling Groundwater Simulations with Geodetic Forward Models to Parameterize the Bedrock in a Snow-dominated Mountain Watershed
ADVANCEMENTS IN WATERSHED MODELING TO SUPPORT WATER MANAGEMENT I POSTER
hydrology | 13 december 2023
Brett Oliver, Payton P. Gardner, Hilary R. Martens...
We propose a novel method to estimate the role of bedrock diffusivity in the terrestrial water budget of three HUC-8 mountainous watersheds. Seasonal ...
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Sensitivity of Hydrologic Surface Mass Loading to Assumed Earth Structure
GEODETIC MEASUREMENTS OF EARTH'S ELASTIC RESPONSE TO SURFACE MASS VARIABILITY III ORAL
geodesy | 11 december 2023
Matthew Swarr, Hilary R. Martens, Yuning Fu
Geodetic methods can monitor changes in water resources (both surface and subsurface) across large regions in near real time. As hydrogeodesy becomes ...
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Inferring change in subsurface water by integratingGPS mass change estimates, snow models, and lake water change
GEODETIC MEASUREMENTS OF EARTH'S ELASTIC RESPONSE TO SURFACE MASS VARIABILITY I POSTER
geodesy | 11 december 2023
Donald F. Argus, Hilary R. Martens, David N. Wiese...
GPS measurements of solid Earth's elastic displacement are providing scientists an exciting opportunity to quantify mass change, in particular in area...
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The effect of 3D Earth's structure on the ocean tide loading surface deformation
GEODETIC MEASUREMENTS OF EARTH'S ELASTIC RESPONSE TO SURFACE MASS VARIABILITY II ELIGHTNING
geodesy | 11 december 2023
Andrei Dmitrovskii, Christian Boehm, Federico D. M...
Ocean tide loading (OTL) brings about recurring deformation of the Earth's surface. Some of the OTL harmonics, e.g. M2, O1, Mf, cause sufficiently lar...
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Inverting Ocean Tidal Load Displacements for Elastic Parameters in the Crust and Upper Mantle
GEODETIC MEASUREMENTS OF EARTH'S ELASTIC RESPONSE TO SURFACE MASS VARIABILITY III ORAL
geodesy | 11 december 2023
Eleanor Serviss, Hilary R. Martens, Mark Simons
Although seismic body-wave studies form the foundation of our understanding of Earth structure, they cannot distinguish explicitly between elasticity ...
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