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Member Since 1969
Tom Dunne
Research Professor, Bren School of Environmental Sci & Mgmt, University of California Santa Barbara
Professional Experience
University of California Santa Barbara
Research Professor, Bren School of Environmental Sci & Mgmt
1969 - Present
Education
Johns Hopkins University
Doctorate
1969
Honors & Awards
Publications
Sediment Recruitment and Redistribution in Mountain Channel Networks by Post‐Wildfire Debris Flows
We used lidar differencing and field observations to map volumes, and interpret the origins of, sediment mobilized from mountain canyons by large p...
December 24, 2021
Post‐Wildfire Generation of Debris‐Flow Slurry by Rill Erosi...
November 16, 2021
Physical Controls on Salmon Redd Site Selection in Restored ...
November 12, 2019
Mechanics of the energy balance in large lowland rivers, and...
September 09, 2017
Subsurface flow in lowland river gravel bars
September 08, 2017
AGU Abstracts
Evolution of a restored, meandering, gravel-bed river
ADVANCES IN APPLIED WATERSHED SCIENCE: INTEGRATION OF WATERSHED PROCESSES, ECOSYSTEM FUNCTIONS, AND SOCIETAL SYSTEMS I POSTER
earth and planetary surface processes | 15 december 2023
Lee Harrison, Thomas Dunne
We investigated the morphodynamic evolution of a meandering, gravel-bed river that had been restored according to a widely adopted conceptual model. T...
View Abstract
Taming the complex rheology of debris flows: insights from the physics of dense suspensions
GRANULAR AND FLUID PHYSICS IN GEOMORPHOLOGY II POSTER
earth and planetary surface processes | 16 december 2021
Robert Kostynick, Hadis Matinpour, Shravan Pradeep...
Researchers have measured and debated the meaning of the rheology of debris-flow materials for decades because distinct material components interact i...
View Abstract
Determining granular and cohesion controls on debris flow rheology
GRANULAR AND FLUID PHYSICS IN GEOMORPHOLOGY II POSTERS
earth and planetary surface processes | 08 december 2020
Robert Kostynick, Hadis Matinpour, Thomas Dunne, P...
While the dynamics of initiation and cessation of debris flows are extraordinarily complex and transient, one may gain insight by simplifying the boun...
View Abstract
Check out all of Tom Dunne’s AGU Research!
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