GG
Member Since 1984
Gordon E. Grant
Research Hydrologist, US Forest Service Pacific Northwest Research Station
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Assessment of Critical Flow Theory as a Novel Approach for Remote Sensing of River Discharge
AGU 2024
hydrology | 13 december 2024
Daniel C White, Elowyn Yager, Carl J. Legleiter, G...
Increasing availability of high-resolution satellite imagery provides opportunities to gather hydrometric data for steep rivers that may be inaccessib...
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What Does Central Oregon Cascade Streamflow Tell Us About Groundwater Dynamics?
AGU 2024
hydrology | 12 december 2024
Alex Simpson, Leif Karlstrom, Gordon E. Grant, Pam...
The hydrologic regime of volcanic landscapes composed of dominantly mafic composition bedrock varies strongly as bedrock ages. Beginning life as volca...
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State shifts in the deep Critical Zone drive landscape evolution, water resources, and volcanic hazards in the central Oregon Cascade arc
AGU 2024
earth and planetary surface processes | 11 december 2024
Leif Karlstrom, Nathaniel Klema, Gordon E. Grant, ...
Volcanic provinces are among the most active but least well understood landscapes on Earth. Here we show that the central Cascade arc, USA, exhibits s...
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State shifts in the deep critical zone drive landscape evolution in volcanic terrains
ADVANCING UNDERSTANDING OF MOUNTAINOUS CRITICAL ZONES THROUGH OBSERVATIONS AND NUMERICAL EXPERIMENTS II ORAL
hydrology | 14 december 2023
Leif Karlstrom, Gordon E. Grant, Nathaniel Klema, ...
The Critical Zone (CZ) extends far deeper in volcanic terrains than in most landscapes, and thus challenges key assumptions about CZ structure and evo...
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Snow problem? Limited effects of snowpack on summer stream temperatures for Mediterranean climates in the Pacific Northwest
ADVANCING UNDERSTANDING OF RIVER TEMPERATURE REGIMES II POSTER
hydrology | 13 december 2023
Garett Pignotti, Sherri Johnson, John M. Mallard, ...
Temperature is a critical regulator of stream processes that support biota and maintain healthy environmental function. Streams that receive snowmelt ...
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Gaging Uncertainty: Stationarity, Detection Limits, and Long-Term Trends in Discharge from Paired-Catchment Studies
CATCHMENT AND CRITICAL ZONE SCIENCE: UNDERSTANDING ECOSYSTEMS THROUGH MONITORING, ANALYSIS, AND EXPERIMENTATION II ORAL
hydrology | 11 december 2023
Steven M. Wondzell, Sherri Johnson, Gordon E. Gran...
Paired-catchment studies are a widely used to examine hydrologic processes. They rely on a pretreatment calibration between reference and treated catc...
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Constraining the relative contributions of both hillslope and riparian forest cover change to late-summer low-flow deficits in watersheds of the Pacific Northwest, USA.
CATCHMENT AND CRITICAL ZONE SCIENCE: UNDERSTANDING ECOSYSTEMS THROUGH MONITORING, ANALYSIS, AND EXPERIMENTATION III ORAL
hydrology | 11 december 2023
John M. Mallard, Steven M. Wondzell, Gordon E. Gra...
Late summer is a critical period for aquatic and riparian organisms in the Pacific Northwest of the United States (PNW). The nearly rain-free summers ...
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A Watershed Moment for Western U.S. Dams
WATER RESOURCES RESEARCH
24 october 2023
Amy E. East, Jennifer Bountry, Gordon E. Grant, Ti...
The summer of 2023 is a notable time for water‐resource management in the western United States: Glen Canyon Dam, on the Colorado River, turn...