Faculty

Institution

Unit

Venue

Alexander R. Horner-Devine

Professor

University of Washington

Affiliations

College of Engineering

Civil & Environmental Engineering

Alexander R. Horner-devine is currently serving as a Civil & Environmental Engineering Professor at University of Washington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alexander R. Horner-Devine

University of Washington

Professor

You can click a keyword to filter the displayed items

earth science environmental science oceanography hydrology fluid dynamics ocean sciences planetary sciences environmental engineering geophysical research atmospheric science geophysics coastal research physical oceanography climate change marine engineering oceanic science fluid mechanics geodynamics marine geology coastal geomorphology fluvial process ocean engineering water science operational oceanography geophysical flows marine hydrodynamics estuaries engineering geology coherent structures ocean modelling applied geophysics estuarine hydrodynamics river plume atmospheric research coastal management sedimentation columbia river plume oceanographic research marine environments surface-water hydrology tidal river continental shelf research geodesy geoscientific model development hydrometeorology hydraulics hydrological modeling coastal process freshwater influence chemical oceanography marine ecology continental shelf planetary geomorphology wind engineering limnology unsteady flows hydraulic engineering conceptual model seasonal patterns turbulent kinetic energy south-holland coast laboratory experiments aerosol transport marine management regional tectonics lateral spread planetary atmospheres upper atmosphere solar-terrestrial interaction geological modeling coastal river plumes river influences shelf ecosystems coastal river inflow bulge circulation tidal currents sediment transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advancing an Integrated Understanding of Land–Ocean Connections in Shaping the Marine Ecosystems of Coastal Temperate Rainforest Ecoregions. Limnology and Oceanography (2024)

Brian P. V. HuntSimone AlinAllison BidlackHeida L. DiefenderferJennifer M. JacksonColleen T. E. KelloggPeter KiffneyKyra A. St. PierreEddy CarmackWilliam C. FloydEran HoodAlexander R. Horner‐DevineColin LevingsCristian A. Vargas

marine ecosystemsland-ocean connectionsoceanographyenvironmental sciencelimnology

A Landslide Runout Model for Sediment Transport, Landscape Evolution, and Hazard Assessment Applications. Earth Surface Dynamics (2024)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

hazard assessment applicationsenvironmental sciencelandscape evolutiongeoscientific model developmentsediment researchsource apportionmentnumerical modeling (geology)debris flowshillslope processcoastal engineeringengineering geologyearth sciencesubsidence monitoringlandslide runout modelenvironmental engineeringsediment transportlandscape evolution modelshydrogeologylandslidesgeomorphologyflood risk management

Forcing Mechanisms of Salt Intrusion in a Low-Lying River Delta During a Prolonged Drought. Authorea (Authorea) (2024)

Tess WegmanTess M WegmanJulie D PietrzakAlexander R Horner-DevineHenk A DijkstraDavid K Ralston

prolonged droughtdroughthydrological processenvironmental sciencesalt intrusiondrought resiliencelow-lying river delta

Incorporating Non-Equlibrium Ripple Dynamics Into Bed Stress Estimates Under Combined Wave and Current Forcing. Journal of Marine Science and Engineering (2024)

Raúl P. FloresSabine RijnsburgerSaulo MeirellesAlexander R. Horner-DevineAlejandro J. SouzaJulie D. Pietrzak

bed stress estimatesfluid dynamicsenvironmental sciencemarine engineeringcurrent forcingoceanic forcingnon-equlibrium ripple dynamics

Observations of Estuarine Salt Intrusion Dynamics During a Prolonged Drought Event in the Rhine‐Meuse Delta. Journal of Geophysical Research Oceans (2024)

Tess M. WegmanJulie D. PietrzakAlexander R. Horner‐DevineHenk A. DijkstraDavid K. Ralston

droughtestuarine circulationocean sciencesgeophysical researchoceanographyenvironmental scienceestuarine hydrodynamicsrhine-meuse deltaprolonged drought event

Short‐Term Arsenic Cycling in a Shallow, Polymictic Lake. Water Resources Research (2024)

Samantha R. FungErin A. HullJames E. GawelAlexander R. Horner‐DevineRebecca B. Neumann

hydrologyaquatic ecosystemsenvironmental sciencewater scienceearth sciencewater resourcesecologyshort-term arsenic cyclingpolymictic lake

A Landslide Runout Model for Sediment Transport, Landscape Evolution and Hazard Assessment Applications. (2023)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

environmental engineeringhazard assessment applicationssediment transportlandslidescivil engineeringlandscape evolutiongeomorphologyengineering geologyearth sciencegeotechnical engineeringlandslide runout modeldisaster risk sciencegeology

Multi-Decadal Erosion Rates From Glacierized Watersheds on Mount Baker, Washington, USA, Reveal Topographic, Climatic, and Lithologic Controls on Sediment Yields. Geomorphology (2023)

Eli SchwatErkan IstanbulluogluAlexander Horner-DevineScott AndersonFriedrich KnuthDavid Shean

environmental scienceapplied geomorphologycoastal geomorphologyclimatologyplanetary geomorphologycoastal researchmount bakerarid environmentsgeodesylithologic controlsearth sciencestratigraphymulti-decadal erosion ratessediment yieldsplanetary sciencesglacial processclimatic changecold region sciencegeomorphologygeodynamicsclimate changegeology

Selection of Vortex Ripple Dimensions in Sinusoidal Oscillatory Flows. Part 1. Ripple Dimensions and Fluid Kinematics. Journal of Fluid Mechanics (2023)

Liangyi YueTian-Jian HsuAlexander R. Horner-Devine

sinusoidal oscillatory flowsmechanical engineeringripple dimensionsfluid mechanicsvortex ripple dimensionsfluid kinematics

Supplementary Material to"a Landslide Runout Model for Sediment Transport, Landscape Evolution and Hazard Assessment Applications". (2023)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

environmental engineeringhazard assessment applicationssediment transportsupplementary materiallandscape evolutionearth sciencelandslide runout model

1
2
3
4
5
10
10 / page

Alexander R. Horner-Devine

Professor

University of Washington

Affiliations

College of Engineering

Civil & Environmental Engineering

Alexander R. Horner-devine is currently serving as a Civil & Environmental Engineering Professor at University of Washington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alexander R. Horner-Devine

University of Washington

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advancing an Integrated Understanding of Land–Ocean Connections in Shaping the Marine Ecosystems of Coastal Temperate Rainforest Ecoregions. Limnology and Oceanography (2024)

marine ecosystemsland-ocean connectionsoceanographyenvironmental sciencelimnology

A Landslide Runout Model for Sediment Transport, Landscape Evolution, and Hazard Assessment Applications. Earth Surface Dynamics (2024)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

Forcing Mechanisms of Salt Intrusion in a Low-Lying River Delta During a Prolonged Drought. Authorea (Authorea) (2024)

Tess WegmanTess M WegmanJulie D PietrzakAlexander R Horner-DevineHenk A DijkstraDavid K Ralston

prolonged droughtdroughthydrological processenvironmental sciencesalt intrusiondrought resiliencelow-lying river delta

Incorporating Non-Equlibrium Ripple Dynamics Into Bed Stress Estimates Under Combined Wave and Current Forcing. Journal of Marine Science and Engineering (2024)

Raúl P. FloresSabine RijnsburgerSaulo MeirellesAlexander R. Horner-DevineAlejandro J. SouzaJulie D. Pietrzak

bed stress estimatesfluid dynamicsenvironmental sciencemarine engineeringcurrent forcingoceanic forcingnon-equlibrium ripple dynamics

Observations of Estuarine Salt Intrusion Dynamics During a Prolonged Drought Event in the Rhine‐Meuse Delta. Journal of Geophysical Research Oceans (2024)

Tess M. WegmanJulie D. PietrzakAlexander R. Horner‐DevineHenk A. DijkstraDavid K. Ralston

droughtestuarine circulationocean sciencesgeophysical researchoceanographyenvironmental scienceestuarine hydrodynamicsrhine-meuse deltaprolonged drought event

Short‐Term Arsenic Cycling in a Shallow, Polymictic Lake. Water Resources Research (2024)

Samantha R. FungErin A. HullJames E. GawelAlexander R. Horner‐DevineRebecca B. Neumann

hydrologyaquatic ecosystemsenvironmental sciencewater scienceearth sciencewater resourcesecologyshort-term arsenic cyclingpolymictic lake

A Landslide Runout Model for Sediment Transport, Landscape Evolution and Hazard Assessment Applications. (2023)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

Multi-Decadal Erosion Rates From Glacierized Watersheds on Mount Baker, Washington, USA, Reveal Topographic, Climatic, and Lithologic Controls on Sediment Yields. Geomorphology (2023)

Eli SchwatErkan IstanbulluogluAlexander Horner-DevineScott AndersonFriedrich KnuthDavid Shean

Selection of Vortex Ripple Dimensions in Sinusoidal Oscillatory Flows. Part 1. Ripple Dimensions and Fluid Kinematics. Journal of Fluid Mechanics (2023)

Liangyi YueTian-Jian HsuAlexander R. Horner-Devine

sinusoidal oscillatory flowsmechanical engineeringripple dimensionsfluid mechanicsvortex ripple dimensionsfluid kinematics

Supplementary Material to"a Landslide Runout Model for Sediment Transport, Landscape Evolution and Hazard Assessment Applications". (2023)

Jeffrey KeckErkan IstanbulluogluBenjamin CampfortsGregory TuckerAlexander Horner-Devine

environmental engineeringhazard assessment applicationssediment transportsupplementary materiallandscape evolutionearth sciencelandslide runout model

1
2
3
4
5
10
10 / page

Similar Faculty Members

Mark Stacey

Institution

University of California, Berkeley

environmental science

oceanography

Jack Puleo

Institution

University of Delaware

sustainability science

geography

Fengyan Shi

Institution

University of Delaware

ocean engineering

tsunami

David Jay

Institution

Portland State University

tidal zone

wetland

George Voulgaris

Institution

University of South Carolina

oceanography

earth science

David Hill

Institution

Oregon State University

hydrological science

hydrology

Dan Hanes

Institution

Saint Louis University

earth science

environmental science

Merrick Haller

Institution

Oregon State University

ocean engineering

hazardous waves

Andrea Ogston

Institution

University of Washington

earth science

environmental science

Zuo George Xue

Institution

Louisiana State University

remote sensing

carbon sequestration

Similar Faculty Members

Mark Stacey

Institution

University of California, Berkeley

environmental science

oceanography

Jack Puleo

Institution

University of Delaware

sustainability science

geography

Fengyan Shi

Institution

University of Delaware

ocean engineering

tsunami

David Jay

Institution

Portland State University

tidal zone

wetland

George Voulgaris

Institution

University of South Carolina

oceanography

earth science

David Hill

Institution

Oregon State University

hydrological science

hydrology

Dan Hanes

Institution

Saint Louis University

earth science

environmental science

Merrick Haller

Institution

Oregon State University

ocean engineering

hazardous waves

Andrea Ogston

Institution

University of Washington

earth science

environmental science

Zuo George Xue

Institution

Louisiana State University

remote sensing

carbon sequestration