Pamela Sullivan

Associate Professor

Oregon State University

United States

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About

Pamela Sullivan is an Associate Professor at Oregon State University in the United States. Her research areas focus on hydrology, soil structures, and stream chemistry, as highlighted in her recent articles on subsurface water dynamics and the impacts of climate on river nutrient cycles. Dr. Sullivan contributes to understanding hydrologic connectivity and the ecological implications of vegetation changes on watershed health.

Articles (20)

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2023

Collaborators (30)

William McDowell

Research Professor

Florida International University

UNITED STATES

Pamela Sullivan

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About

Articles (20)

Woody Encroachment Modifies Subsurface Structure and Hydrological Function

Insights Into Heterogeneous Streamflow Generation Processes and Water Contribution in Forested Headwaters

Subsurface Storage Drives Hydrologic Connectivity and Spatial Variability in Stream Chemistry

Deep Root Loss and Regeneration in the Anthropocene Drive Continental‐Scale Changes in Deep Soil Structure

Controls From Above and Below: Snow, Soil, and Steepness Drive Diverging Trends of Subsurface Water and Streamflow Dynamics

Hidden Features: How Subsurface and Landscape Heterogeneity Govern Hydrologic Connectivity and Stream Chemistry in a Montane Watershed

Stream chemical response is mediated by hydrologic connectivity and fire severity in a Pacific Northwest forest

Establishing fluvial silicon regimes and their stability across the Northern Hemisphere

Hydrology Outweighs Temperature in Driving Production and Export of Dissolved Carbon in a Snowy Mountain Catchment

Climate, Hydrology, and Nutrients Control the Seasonality of Si Concentrations in Rivers

Is macroporosity controlled by complexed clay and soil organic carbon?

Long‐Term Changes in Concentration and Yield of Riverine Dissolved Silicon From the Poles to the Tropics

Root distributions, precipitation, and soil structure converge to govern soil organic carbon depth distributions

Leveraging Groundwater Dynamics to Improve Predictions of Summer Low‐Flow Discharges

Seeing the Disturbed Forest for the Trees: Remote Sensing Is Underutilized to Quantify Critical Zone Response to Unprecedented Disturbance

Seeing the Disturbed Forest for the Trees: Remote Sensing Is Underutilized to Quantify Critical Zone Response to Unprecedented Disturbance

Flux and stable isotope fractionation of CO2 in a mesic prairie headwater stream

Recent advances in integrated hydrologic models: Integration of new domains

Impacts of Riparian and Non-riparian Woody Encroachment on Tallgrass Prairie Ecohydrology

Carbonates in the Critical Zone

Collaborators (30)

William McDowell

Adam Wymore

Pirkko Kortelainen

Kevin Bladon

DIANE MCKNIGHT

Hoori Ajami

Randy Stotler

Lauren Lowman

Daniel Hirmas

Attila Nemes

Katherine Lininger

Xi Zhang

Paul D. Brooks

Natasha Sekhon

HOLLY BARNARD

Adrian Harpold

Matthew Kirk

Sharon A. Billings

Matthew D Covington

Jesse Nippert

Laura Toran

Marcy E Litvak

Walter Dodds

Li Li

Catalina Segura

Gwendolyn Macpherson

Terrance Loecke

Andrea Brookfield

Gabrielle Boisrame

Christina (Naomi) Tague

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