Faculty

Institution

Unit

Venue

Keith Walters

Professor of Marine Science

Coastal Carolina University

Affiliations

Coastal Carolina University

School Of The Coastal Environment

Department Of Marine Science

Department Of Secondary Science Education

Department of Marine Science

Gupta College of Science

Department of Marine Science

School Of The Coastal Environment

Studies Of Department Of Coastal Marine And Wetland

Wall College of Business

The Clay Brittain Jr. Center for Resort Tourism

Keith Walters is currently serving as a Coastal Carolina University Professor of Marine Science at Coastal Carolina 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

Keith Walters

Coastal Carolina University

Professor of Marine Science

You can click a keyword to filter the displayed items

ecology marine biology aquatic ecosystems environmental science marine ecology wetlands biology biodiversity oceanography marine systems aquatic conservation coastal research evolutionary biology community (ecology) coastal conservation zoology animal ecology benthic communities population biology ecology and evolutionary biology aquaculture sediment research fish biology coastal management marine biodiversity population ecology predator-prey interactions limnology aquatic organisms benthic ecology estuaries coastal process coastal geomorphology marine snow behavioral ecology ocean sciences fungal ecology biological pest control systematic entomology marine micropaleontology wildlife ecology biological oceanography chemical oceanography algal biology intraguild predation biotic interactions zoological taxonomy estuarine geochemistry oil spills marine environments mariculture marine ecosystem-based management marine resources marine management constructed wetlands coastal waters nearshore process invasive species habitat reconstruction invasion biology vector-parasite relationship constructed oyster reefs community convergence statistical approaches flow-mediated recruitment multiple recruitment drivers post-settlement predation mortality population persistence density-dependent processes recruit-recruit interactions heterotrophic dinoflagellate noctiluca scintillans experimental studies salt marsh sapelo island usa estuaries biostatistics restoration science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Differences in Resident Prey Survival on Newly Created Shell and Established Natural Intertidal Oyster Reefs. Restoration Ecology (2022)

Keith WaltersCharles W. MartinThomas S. Funk

human impacts on the environmentmarine debrisenvironmental sciencevector-parasite relationshipecosystemsland useanimal ecologypalaeo-environmental reconstructionforest ecologyconservation sciencefisherieswildlifefish biologyhabitat lossnatural restorationbiostatisticscoastal managementenvironmental engineeringresident prey survival

Marine Ecoregion and D Eepwater H Orizon Oil Spill Affect Recruitment and Population Structure of a Salt Marsh Snail. Ecosphere (2016)

Steven C. PenningsScott ZengelJacob OehrigMerryl AlberT. Dale BishopDonald R. DeisDonna DevlinA. Randall HughesJohn J. HutchensWhitney M. KiehnCaroline R. McFarlinClay L. MontagueSean PowersC. Edward ProffittNicolle RutherfordCamille L. StaggKeith Walters

oceanographyenvironmental sciencelimnologyoil spillsmarine ecoregionsalt marsh snailpopulation structuremarine ecologymarine environmentsmarine biologyecologybenthic ecology

Effects of Shoreline Development on Composition and Physical Structure of Plants in a South Carolina High Marsh. Estuaries and Coasts (2013)

aquatic ecosystemssediment transportwetlandssedimentologyshoreline developmentcoastal watersphysical structuresediment researchenvironmental sciencecoastal engineeringcoastal geomorphologycoastal researchecosystemsecohydrologymarine biologyecologyconstructed wetlandscoastal process

Interactions Between Multiple Recruitment Drivers: Post-Settlement Predation Mortality and Flow-Mediated Recruitment. PLoS ONE (2012)

wildlife ecologyflow-mediated recruitmentpopulation biologymultiple recruitment driverspredator-prey interactionsanimal ecologycommunity (ecology)evolutionary biologybehavioral ecologyecologypopulation ecologypost-settlement predation mortality

Local-Scale Characteristics of High-Marsh Communities Next to Developed and Undeveloped Shorelines in an Ocean-Dominated Estuary, Murrells Inlet, Sc. Aquatic Sciences (2010)

high-marsh communitiesaquatic ecosystemsestuariesoceanographywetlandssedimentologysediment transportnearshore processmurrells inletsediment researchenvironmental sciencecoastal geomorphologycoastal researchmarine systemsecologycoastal processlocal-scale characteristics

Recruit–Recruit Interactions, Density-Dependent Processes and Population Persistence in the Eastern Oyster Crassostrea Virginica. Marine Ecology Progress Series (2010)

aquatic ecosystemsaquaculturepopulation biologyfish biologyaquatic conservationbenthic communitiesrecruit–recruit interactionsdensity-dependent processespopulation persistenceevolutionary biologymarine ecologymarine biologyecologypopulation ecology

Prevalence, Patterns, and Effects of Shell Damage on Geukensia Demissa in South Carolina Estuarine Habitats. Marine Biology (2009)

aquatic ecosystemszoologyaquatic conservationenvironmental sciencebiodiversityshell damageanimal ecologygeukensia demissamarine biologyecologyconservation biology

Management of Plant Invaders Within a Marsh: An Organizing Principle for Ecological Restoration?. (2008)

wetlandsecological restorationenvironmental scienceecological engineeringbiological invasionsrestoration ecologyecological applicationsecosystemsplant invaders withinapplied ecologyinvasion biologyecologyinvasive specieshabitat reconstruction

A Comparison of Statistical Approaches to Analyzing Community Convergence Between Natural and Constructed Oyster Reefs. Journal of Experimental Marine Biology and Ecology (2006)

aquatic ecosystemscommunity convergenceconstructed oyster reefsaquatic conservationbiodiversitycoastal conservationmarine biodiversitybenthic communitiescoastal researchcommunity (ecology)marine systemsmarine ecologymarine biologyecologystatisticsstatistical approaches

Gastropod Abundance and Biomass Relationships With Salt Marsh Vegetation Within Ocean-Dominated South Carolina, USA Estuaries. Journal of Shellfish Research (2006)

aquatic ecosystemsestuariesoceanographywetlandsestuarine geochemistryenvironmental sciencebiodiversitycoastal conservationusa estuariescoastal researchecosystemsmarine systemsmarine ecologymarine biologyecology

1
2
10 / page

Keith Walters

Professor of Marine Science

Coastal Carolina University

Affiliations

Coastal Carolina University

School Of The Coastal Environment

Department Of Marine Science

Department Of Secondary Science Education

Department of Marine Science

Gupta College of Science

Department of Marine Science

School Of The Coastal Environment

Studies Of Department Of Coastal Marine And Wetland

Wall College of Business

The Clay Brittain Jr. Center for Resort Tourism

Keith Walters is currently serving as a Coastal Carolina University Professor of Marine Science at Coastal Carolina 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

Keith Walters

Coastal Carolina University

Professor of Marine Science

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Differences in Resident Prey Survival on Newly Created Shell and Established Natural Intertidal Oyster Reefs. Restoration Ecology (2022)

Keith WaltersCharles W. MartinThomas S. Funk

Marine Ecoregion and D Eepwater H Orizon Oil Spill Affect Recruitment and Population Structure of a Salt Marsh Snail. Ecosphere (2016)

oceanographyenvironmental sciencelimnologyoil spillsmarine ecoregionsalt marsh snailpopulation structuremarine ecologymarine environmentsmarine biologyecologybenthic ecology

Effects of Shoreline Development on Composition and Physical Structure of Plants in a South Carolina High Marsh. Estuaries and Coasts (2013)

Interactions Between Multiple Recruitment Drivers: Post-Settlement Predation Mortality and Flow-Mediated Recruitment. PLoS ONE (2012)

Local-Scale Characteristics of High-Marsh Communities Next to Developed and Undeveloped Shorelines in an Ocean-Dominated Estuary, Murrells Inlet, Sc. Aquatic Sciences (2010)

Recruit–Recruit Interactions, Density-Dependent Processes and Population Persistence in the Eastern Oyster Crassostrea Virginica. Marine Ecology Progress Series (2010)

Prevalence, Patterns, and Effects of Shell Damage on Geukensia Demissa in South Carolina Estuarine Habitats. Marine Biology (2009)

aquatic ecosystemszoologyaquatic conservationenvironmental sciencebiodiversityshell damageanimal ecologygeukensia demissamarine biologyecologyconservation biology

Management of Plant Invaders Within a Marsh: An Organizing Principle for Ecological Restoration?. (2008)

A Comparison of Statistical Approaches to Analyzing Community Convergence Between Natural and Constructed Oyster Reefs. Journal of Experimental Marine Biology and Ecology (2006)

Gastropod Abundance and Biomass Relationships With Salt Marsh Vegetation Within Ocean-Dominated South Carolina, USA Estuaries. Journal of Shellfish Research (2006)

1
2
10 / page