Faculty

Institution

Unit

Venue

Erika McPhee-Shaw

Professor

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Erika Mcphee-shaw is currently serving as a College Of The Environment Professor at Western Washington University.

Honors

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Experiences

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Education

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Erika McPhee-Shaw

Western Washington University

Professor

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earth science oceanography ocean sciences coastal research environmental science marine geology ecology sediment transport marine biology sedimentology aquatic ecosystems continental shelf geophysics continental shelf research physical oceanography marine ecology geography sediment research aquatic conservation oceanic science coastal process aquatic organisms coastal engineering wave nonlinearity geophysical research sediment process benthic ecology coastal geomorphology coastal deposit ocean engineering ocean modelling coastal management oceanographic research subsurface systems internal waves environmental fluid mechanics fluid flow water science freshwater biology marine engineering operational oceanography environmental fluid dynamics hydrodynamic stability marine meteorology meteorological measurements limnology water ecologies marine environments marine biodiversity benthic communities coral reefs marine hydrodynamics underwater imaging underwater vehicles ocean technology tidal zone tidal power oxygen isotopes ocean physics terrestrial crustaceans sediment-water interaction boundary layer intrusions intermediate nepheloid layers turbulent mixing shelf mud belts particulate layers surface currents seasonal circulation hf radar complex morphometry spatial variability internal wave field california current system coastal transport inner-shelf ecosystems marine benthos

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing Riverine Inputs Versus in Situ Production as Sources of Chromophoric Dissolved Organic Matter in Bellingham Bay in the Salish Sea. Aquatic Sciences (2026)

aquatic ecosystemsestuarine geochemistrywater qualitysedimentologyenvironmental chemistryorganic geochemistrymarine pollutionenvironmental sciencebellingham bayenvironmental engineeringsitu productionorganic matterwater pollutionmarine chemistryeutrophication

Data to Accompany the Article"Submarine Canyon Oxygen Anomaly Caused by Mixing and Boundary–Interior Exchange". ResearchWorks at the University of Washington (University of Washington) (2021)

marine geophysical dataoceanographyearth sciencegeochemistrymarine geologygeophysicsocean sciencesgeographyboundary–interior exchangeoceanic sciencesubsurface systems

Submarine Canyon Oxygen Anomaly Caused by Mixing and Boundary‐Interior Exchange. Geophysical Research Letters (2021)

oceanographyearth sciencemarine geologygeophysicsocean sciencesoxygen isotopesgeologysubsurface systemsboundary‐interior exchange

Location Matters: Passive and Active Factors Affect the Vertical Distribution of Olympia Oyster (Ostrea Lurida) Larvae. Estuaries and Coasts (2020)

terrestrial crustaceansolympia oysteraquatic ecosystemslocation mattersaquatic organismsaquatic conservationbiologymarine systemsmarine ecologymarine biologyecologyentomologybenthic ecologyactive factors

Factors That Affect the Vertical Distribution of Olympia Oyster Larvae in Fidalgo Bay, Wa. Western CEDAR (Western Washington University) (2018)

aquatic ecosystemsoceanographypopulation biologyolympia oyster larvaevertical distributionaquatic organismsaquatic conservationaquatic food systembiologyfidalgo baymorphology (biology)marine systemsbenthic ecologymarine biologyecologyentomologymarine ecology

Reanalysis of Continuous Shellfish Monitoring Data in Pursuit of Temporal and Spatial Patterns of Paralytic Shellfish Toxins in the Puget Sound/Salish Sea. Western CEDAR (Western Washington University) (2018)

aquatic ecosystemsaquatic organismsmarine ecologymarine pollutionaquatic conservationbiologyfishery researchfishery sciencefisheriesspatial patternsfish biologyenvironmental toxicologymarine biologytoxicologyparalytic shellfish toxinsaquatic toxicologymarine systemsecologypuget sound/salish sea

Vertical Convergence of Sediment Resuspended by Internal Waves and Subducted Phytoplankton to a Persistent Detached Layer Over the Shelf of Monterey Bay, California.. American Geophysical Union eBooks (2016)

aquatic ecosystemssedimentologycontinental shelfocean sciencesenvironmental sciencemonterey bayoceanographyinternal wavessediment transportearth sciencemarine geologysediment researchcoastal geomorphologycoastal researchmarine biologycoastal processcoastal depositcontinental shelf researchvertical convergenceecology

Vertical Convergence of Resuspended Sediment and Subducted Phytoplankton to a Persistent Detached Layer Over the Southern Shelf of M Onterey B Ay, C Alifornia. Journal of Geophysical Research Oceans (2015)

sediment processoceanographysedimentologysediment transportearth sciencemarine geologycontinental shelfsedimentationphytoplankton ecologysouthern shelfsediment researchenvironmental sciencecoastal researchsediment-water interactionvertical convergenceresuspended sediment

Upwelling Rebound, Ephemeral Secondary Pycnoclines, and the Creation of a Near‐Bottom Wave Guide Over the Monterey Bay Continental Shelf. Geophysical Research Letters (2014)

oceanographyearth sciencecontinental shelf researchmarine geologyphysical oceanographycontinental shelfoceanographic researchocean sciencesnear‐bottom wave guideephemeral secondary pycnoclinesenvironmental sciencewave nonlinearityocean modellingcoastal researchgeologyocean physicsmarine chemistrygeodynamics

Variability of the Internal Tide on the Southern Monterey Bay Continental Shelf and Associated Bottom Boundary Layer Sediment Transport. (2014)

coastal depositsediment transportsedimentologyoceanographyearth sciencecontinental shelf researchmarine geologycontinental shelfocean sciencesinternal tideenvironmental sciencecoastal geomorphologycoastal researchcoastal process

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Erika McPhee-Shaw

Professor

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Erika Mcphee-shaw is currently serving as a College Of The Environment Professor at Western Washington University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Erika McPhee-Shaw

Western Washington University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing Riverine Inputs Versus in Situ Production as Sources of Chromophoric Dissolved Organic Matter in Bellingham Bay in the Salish Sea. Aquatic Sciences (2026)

Data to Accompany the Article"Submarine Canyon Oxygen Anomaly Caused by Mixing and Boundary–Interior Exchange". ResearchWorks at the University of Washington (University of Washington) (2021)

marine geophysical dataoceanographyearth sciencegeochemistrymarine geologygeophysicsocean sciencesgeographyboundary–interior exchangeoceanic sciencesubsurface systems

Submarine Canyon Oxygen Anomaly Caused by Mixing and Boundary‐Interior Exchange. Geophysical Research Letters (2021)

oceanographyearth sciencemarine geologygeophysicsocean sciencesoxygen isotopesgeologysubsurface systemsboundary‐interior exchange

Location Matters: Passive and Active Factors Affect the Vertical Distribution of Olympia Oyster (Ostrea Lurida) Larvae. Estuaries and Coasts (2020)

Factors That Affect the Vertical Distribution of Olympia Oyster Larvae in Fidalgo Bay, Wa. Western CEDAR (Western Washington University) (2018)

Upwelling Rebound, Ephemeral Secondary Pycnoclines, and the Creation of a Near‐Bottom Wave Guide Over the Monterey Bay Continental Shelf. Geophysical Research Letters (2014)

Variability of the Internal Tide on the Southern Monterey Bay Continental Shelf and Associated Bottom Boundary Layer Sediment Transport. (2014)

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3
10 / page