TD
Member Since 1969
Tom Dunne
Research Professor, Bren School of Environmental Sci & Mgmt, University of California Santa Barbara
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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...
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Sediment Recruitment and Redistribution in Mountain Channel Networks by Post‐Wildfire Debris Flows
GEOPHYSICAL RESEARCH LETTERS
24 december 2021
Kristin D. Morell, Paul Alessio, Thomas Dunne, Edw...
We used lidar differencing and field observations to map volumes, and interpret the origins of, sediment mobilized from mountain canyons by large p...
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...
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Post‐Wildfire Generation of Debris‐Flow Slurry by Rill Erosion on Colluvial Hillslopes
JOURNAL OF GEOPHYSICAL RESEARCH: EARTH SURFACE
16 november 2021
Paul Alessio, Thomas Dunne, Kristin D. Morell
Landscapes after wildfire commonly experience accelerated hillslope erosion, which often contributes to the mobilization and volume of debris flows...
Understanding particle suspension by a single water droplet impacting an immersed granular bed
FLOW, TRANSPORT, AND MORPHOLOGY: LINKAGES BETWEEN EROSION, TRANSPORT, DEPOSITION, AND MORPHOLOGY ACROSS SCALES IV POSTERS
earth and planetary surface processes | 08 december 2020
Hadis Matinpour, Alban Sauret, Douglas J. Jerolmac...
Surface water erosion during rainstorms begins when raindrops penetrate and disturb a thin sheet of runoff and mobilize particles from the substrate i...
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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...
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From Straight to Deeply Incised Meandering Channels: Slope Impact on Sinuosity of Confined Streams
MEANDERING FLOWS: PATTERNS AND PROCESSES ON EARTH AND BEYOND I
earth and planetary surface processes | 07 december 2020
Elad Dente, Nadav G. Lensky, Thomas Dunne, Efrat M...
Meandering rivers and valleys are dominant landscape features on Earth and Mars, and central to a geomorphological debate: do sinuous channels activel...
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Understanding debris flow initiation by examining the granular origins of complex rheology: An example from the 2018 Montecito mudslides
ADVANCES IN UNDERSTANDING AND MODELING THE MECHANICS OF LARGE-SCALE PARTICULATE FLOWS I
earth and planetary surface processes | 13 december 2019
Hadis Matinpour, Sarah Haber, Robert Henry H. Fete...
In January 2018, up to 0.75 cm of water fell on the Santa Ynez mountains above Montecito, California in an intense 15-minute burst. Chaparral vegetati...
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