Faculty

Institution

Unit

Venue

Jordan Massie

Assistant Professor of Marine Biology

Coastal Carolina University

Affiliations

Coastal Carolina University

School Of The Coastal Environment

Department Of Marine Science

Gupta College of Science

Department of Marine Science

School Of The Coastal Environment

Marine Science

Studies Of Department Of Coastal Marine And Wetland

Jordan Massie is currently serving as a Coastal Carolina University Assistant Professor of Marine Biology at Coastal Carolina University.

Honors

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Experiences

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Education

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Jordan Massie

Coastal Carolina University

Assistant Professor of Marine Biology

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ecology aquatic ecosystems environmental science common snook ecosystems marine ecology geography conservation biology marine biology aquatic conservation coastal research freshwater biology coastal conservation oceanography natural disasters avian biology fish biology zoology fishery research estuaries movement ecology wildlife ecology environmental flows water ecologies major hurricane subtropical coastal river climate change meteorology coastal management animal ecology applied ecology ecological applications wildlife biology spatial ecology ecosystem functioning freshwater ecosystems fishery management case studies storm surge food web interactions coastal ecosystem earth science mammalogy ecohydrology wildlife pest management estuarine hydrodynamics coastal process estuarine circulation ocean acoustics acoustical oceanography theoretical ecology watershed management limnology hydrobiology animal studies fishery assessment coastal flooding distributed collaboration collaborative networks mobile collaboration food chain aquatic food system trophic transfer hurricane-driven movements juvenile bull sharks florida rivers acoustic telemetry river migrations florida everglades freshwater flows common snook aggregation flow-ecology relationships seasonal stage variation watershed scales watershed integrity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Gone but Not Forgotten: Collaborative Telemetry Network Provides Insight Into Out-Of-System Movements of Common Snook. Marine and Coastal Fisheries (2026)

distributed collaborationinformation managementcollaborative networkscommon snookcollaborative telemetry networktechnologycomputer-supported cooperative workout-of-system movementsubiquitous computingcommunicationinformation technologymobile collaboration

Variation in Food Web Reliance on Green and Brown Energy Pathways Across Ecosystem Gradients. PLoS ONE (2026)

applied ecologyecologytrophic webbrown energy pathwaysaquatic ecosystemsecosystem interactionsfunctional ecologyecological applicationsecosystem gradientsecosystem functioningenvironmental scienceecosystem servicesfood web relianceecosystemsfood web interactionscommunity (ecology)

Between a Dry Marsh and a Salty Place: Estuarine Habitat Suitability for a Freshwater Fish (Florida Bass) and Implications for Ecosystem Restoration and Climate Change. Estuaries and Coasts (2025)

coastal conservationfreshwater fishcoastal managementwetlandsdry marshaquatic ecosystemsflorida bassaquatic conservationfreshwater ecosystemsenvironmental scienceecologyecosystemsestuaries

Cause and Consequences of Common Snook (Centropomus Undecimalis) Space Use Specialization in a Subtropical Riverscape. Scientific Reports (2025)

subtropical riverscapecommon snookaquatic ecosystemsgeographyaquatic conservationwater ecologiesenvironmental flowsspace use specializationfreshwater biologyecologyecosystems

Cause and Consequences of Common Snook (Centropomus Undecimalis) Space Use Specialization in a Subtropical Riverscape, Jan 2025. (2025)

subtropical riverscapecommon snookaquatic ecosystemswater resourcesgeographyaquatic conservationwater ecologiesenvironmental flowsspace use specializationfreshwater biologyecology

Linking a Seasonal Freshwater Prey Subsidy to the Body Condition of an Estuarine Consumer in a Subtropical Coastal River. Scientific Reports (2025)

aquacultureecologyaquatic food systemestuarine consumerbody conditionaquatic ecosystemssubtropical coastal riverfreshwater biologytrophic transferaquatic conservationenvironmental scienceecosystem servicesfisheries

Trophic Niche of a Nonnative Invader and Environmental Drivers of Its Increasing Populations in the Coastal Everglades. Biological Invasions (2024)

Grace KahmannJennifer S. RehageJordan A. MassieJames A. NelsonRolando O. SantosNatasha M. ViaderoW. Ryan JamesRoss E. BoucekDerek P. CraneRyan J. Rezek

trophic nichebiological invasionsmarine ecologyconservation biologyenvironmental scienceinvasive speciesglobal ecologyspatial ecologyenvironmental driverscoastal evergladesanimal ecologyecologyecosystemscoastal conservationinvasion biologyterrestrial ecologybiodiversitynonnative invadermarine biologyevolutionary biologyzoologycommunity (ecology)

Trophic Niche of a Nonnative Invader and Environmental Drivers of Its Increasing Populations in the Coastal Everglades, Sep 2024. (2024)

coastal conservationtrophic nichetrophic impactaquatic ecosystemspopulation biologyinvasion biologycoastal evergladesenvironmental driversbiological invasionsmarine ecologyenvironmental scienceecologyinvasive species

Trophic Niche Overlap Amp; Increasing Populations of a Nonnative Invader in the Coastal Everglades. Research Square (2024)

Grace KahmannJennifer RehageJordan MassieJames NelsonRolando Santos CorujoNatasha ViaderoRyan JamesRoss BoucekDerek CraneRyan Rezek

wildlife ecologynonnative invaderpopulation ecologymarine biologyinvasion biologypopulation biologycoastal evergladesbiological invasionsmarine ecologyecologytrophic niche overlap

The Effects of Temperature and Flooding Duration on the Structure and Magnitude of a Floodplain Prey Subsidy. Freshwater Biology (2023)

Ryan J. RezekJordan A. MassieJames A. NelsonRolando O. SantosNatasha M. ViaderoW. Ryan JamesRoss E. BoucekJennifer S. Rehage

limnologyhydrobiologypublic policywildlifeaquatic ecosystemsfloodplain prey subsidyfreshwater biologywater ecologiespest managementconservation biologyfreshwater ecosystemshydrologyenvironmental scienceecologyclimate change

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Jordan Massie

Assistant Professor of Marine Biology

Coastal Carolina University

Affiliations

Coastal Carolina University

School Of The Coastal Environment

Department Of Marine Science

Gupta College of Science

Department of Marine Science

School Of The Coastal Environment

Marine Science

Studies Of Department Of Coastal Marine And Wetland

Jordan Massie is currently serving as a Coastal Carolina University Assistant Professor of Marine Biology 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

Jordan Massie

Coastal Carolina University

Assistant Professor of Marine Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Gone but Not Forgotten: Collaborative Telemetry Network Provides Insight Into Out-Of-System Movements of Common Snook. Marine and Coastal Fisheries (2026)

Variation in Food Web Reliance on Green and Brown Energy Pathways Across Ecosystem Gradients. PLoS ONE (2026)

Between a Dry Marsh and a Salty Place: Estuarine Habitat Suitability for a Freshwater Fish (Florida Bass) and Implications for Ecosystem Restoration and Climate Change. Estuaries and Coasts (2025)

coastal conservationfreshwater fishcoastal managementwetlandsdry marshaquatic ecosystemsflorida bassaquatic conservationfreshwater ecosystemsenvironmental scienceecologyecosystemsestuaries

Cause and Consequences of Common Snook (Centropomus Undecimalis) Space Use Specialization in a Subtropical Riverscape. Scientific Reports (2025)

subtropical riverscapecommon snookaquatic ecosystemsgeographyaquatic conservationwater ecologiesenvironmental flowsspace use specializationfreshwater biologyecologyecosystems

Cause and Consequences of Common Snook (Centropomus Undecimalis) Space Use Specialization in a Subtropical Riverscape, Jan 2025. (2025)

subtropical riverscapecommon snookaquatic ecosystemswater resourcesgeographyaquatic conservationwater ecologiesenvironmental flowsspace use specializationfreshwater biologyecology

Linking a Seasonal Freshwater Prey Subsidy to the Body Condition of an Estuarine Consumer in a Subtropical Coastal River. Scientific Reports (2025)

Trophic Niche of a Nonnative Invader and Environmental Drivers of Its Increasing Populations in the Coastal Everglades. Biological Invasions (2024)

Grace KahmannJennifer S. RehageJordan A. MassieJames A. NelsonRolando O. SantosNatasha M. ViaderoW. Ryan JamesRoss E. BoucekDerek P. CraneRyan J. Rezek

Trophic Niche of a Nonnative Invader and Environmental Drivers of Its Increasing Populations in the Coastal Everglades, Sep 2024. (2024)

Trophic Niche Overlap Amp; Increasing Populations of a Nonnative Invader in the Coastal Everglades. Research Square (2024)

Grace KahmannJennifer RehageJordan MassieJames NelsonRolando Santos CorujoNatasha ViaderoRyan JamesRoss BoucekDerek CraneRyan Rezek

wildlife ecologynonnative invaderpopulation ecologymarine biologyinvasion biologypopulation biologycoastal evergladesbiological invasionsmarine ecologyecologytrophic niche overlap

The Effects of Temperature and Flooding Duration on the Structure and Magnitude of a Floodplain Prey Subsidy. Freshwater Biology (2023)

Ryan J. RezekJordan A. MassieJames A. NelsonRolando O. SantosNatasha M. ViaderoW. Ryan JamesRoss E. BoucekJennifer S. Rehage

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10 / page