Faculty

Institution

Unit

Venue

J. Evan Ward

Professor and Head of Marine Sciences

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Marine Sciences

J. Evan Ward is currently serving as a College Of Liberal Arts And Sciences Professor and Head of Marine Sciences at University of Connecticut.

Honors

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Experiences

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Education

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J. Evan Ward

University of Connecticut

Professor and Head of Marine Sciences

You can click a keyword to filter the displayed items

marine biology ecology marine ecology environmental science oceanography biological oceanography microbial ecology fish biology avian biology aquatic ecosystems microbiology biology marine environments animal ecology aquaculture blue mussel benthic ecology mytilus edulis insect science eastern oyster zoology livestock science microplastics chemical oceanography marine aggregates limnology crassostrea virginica particle capture pest science ocean sciences environmental microbiology marine pollution algal biology particle selection suspension-feeding bivalve molluscs placopecten magellanicus bivalve molluscs titanium dioxide nanoparticles suspension-feeding bivalves environmental research marine chemistry physical oceanography marine biotechnology phytoplankton ecology suspension feeding particle transport transparent exopolymer particles biological anthropology botany parasitology coastal research animal physiology aquatic toxicology applied phycology trophic transfer oceanic science marine biota host-parasite relationships coral reefs eutrophication estuaries selective ingestion grain quality anthropocene osmoregulation helminthology hydrobiology mercury chemistry experimental nutrition short-term variability disease ecology host-microbe interactions bioaccumulation sensor technology fiber optic sensing fiber optics marine animals benthic communities

Notable Scholarly Works

Notable Federal Grants

Collaborators

Disintegration of Biodegradable Plastic Bags in Marine Mesocosm Conditions: The Effects of Time and Temperature. Journal of Polymers and the Environment (2024)

Hannah I. CollinsLarissa TabbBridget A. HolohanJ. Evan Ward

environmental engineeringwaste managementplastic degradationplastic recyclingenvironmental scienceplastic pollutionmarine biologybioremediationmarine pollutionplasticitydegradable plasticbiodegradable plastic bagsbioplasticsecologymarine mesocosm conditions

Effect of Seasonal Changes in Temperature on Capture Efficiency in the Blue Mussel, Mytilus Edulis, Fed Seston and Microplastics. Invertebrate Biology (2024)

Maria RosaMartina CapriottiKayla AustinSandra E. ShumwayJ. Evan Ward

capture efficiencywater qualitymarine meteorologyzooplankton ecologyenvironmental sciencemarine biologyseasonal changesalgal researchecologyinsect sciencemicroplasticsbiological oceanographyaquaculturefish biologysurface wateraquatic ecosystemsfisheriesmarine pollutionenvironmental engineeringmytilus edulisblue musselclimate change

Microplastics Abundance at and Near a Shellfish Aquaculture Farm: An Eastern Oyster (Crassostrea Virginica) Transplant Study. Marine Environmental Research (2024)

Kayla MladinichBridget A. HolohanSandra E. ShumwayJ. Evan Ward

microplasticsaquacultureenvironmental sciencemarine biologyeastern oystermarine environments

The Metatranscriptome of Resident Microbiota in the Gut of Blue Mussels, Mytilus Edulis, Under Standard Laboratory Conditions. Current Research in Biotechnology (2024)

Tyler W. GriffinLisa M. NigroHannah I. CollinsBridget A. HolohanJ. Evan Ward

microbiomeresident microbiotaavian biologymytilus edulisbiotechnologystandard laboratory conditionsblue musselsmicrobiologymetatranscriptomics

A Critical Assessment of Microplastics in Molluscan Shellfish With Recommendations for Experimental Protocols, Animal Husbandry, Publication, and Future Research. Reviews in Fisheries Science & Aquaculture (2023)

Sandra E. ShumwayKayla MladinichNoreen BlaschikBridget A. HolohanJ. Evan Ward

microplasticsexperimental protocolsaquaculturefish biologyaquatic ecosystemsenvironmental sciencemolluscan shellfishmarine biologycritical assessmentfuture researchanimal husbandry

A Multi‐Study Analysis of Gut Microbiome Data From the Blue Mussel ( Mytilus Edulis ) Emphasises the Impact of Depuration on Biological Interpretation. Environmental Microbiology (2023)

Tyler W. GriffinMya A. DarsanHannah I. CollinsBridget A. HolohanMelissa L. PierceJ. Evan Ward

microbiomeblue musselenvironmental microbiologygut microbiome datamulti-study analysisbiological interpretationmicrobiology

Feeding on the Smallest Cells: An in Situ Study of Picoplankton Capture by Bivalve Molluscs From Oligotrophic Waters. Frontiers in Marine Science (2023)

Tal AmitRaz MoskovichYuval JacobiSandra E. ShumwayJ. Evan WardPeter BeningerGitai YahelYossi Loya

physiologymarine biotabiological oceanographymarine ecologybivalve molluscssitu studypicoplankton captureoceanographyaquatic ecosystemsmarine biologybenthic ecologysmallest cellsoligotrophic watersmarine environmentsecologyevolutionary biology

Nylon Microfibers Develop a Distinct Plastisphere but Have No Apparent Effects on the Gut Microbiome or Gut Tissue Status in the Blue Mussel, Mytilus Edulis. Environmental Microbiology (2023)

Hannah I. CollinsTyler W. GriffinBridget A. HolohanJ. Evan Ward

microbiomeblue musselmytilus edulisenvironmental microbiologynylon microfibersgut microbiomemicrobiology

The Relationship Between Microplastics in Eastern Oysters (Crassostrea Virginica) and Surrounding Environmental Compartments in Long Island Sound. Marine Environmental Research (2023)

Kayla MladinichBridget A. HolohanSandra E. ShumwayJ. Evan Ward

microplasticsenvironmental compartmentsmarine ecologyoceanographyenvironmental sciencemarine biologylong island soundmarine environmentsecologyeastern oysters

Determining the Properties That Govern Selective Ingestion and Egestion of Microplastics by the Blue Mussel ( Mytilus Edulis ) and Eastern Oyster ( Crassostrea Virginica ). Environmental Science & Technology (2022)

Kayla MladinichBridget A. HolohanSandra E. ShumwayKevin BrownJ. Evan Ward

environmental engineeringmicroplasticsmarine ecologyavian biologyblue musselmytilus edulisenvironmental sciencemarine biologyeastern oysterenvironmental researchecologyselective ingestion

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J. Evan Ward

Professor and Head of Marine Sciences

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Marine Sciences

J. Evan Ward is currently serving as a College Of Liberal Arts And Sciences Professor and Head of Marine Sciences at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Evan Ward

University of Connecticut

Professor and Head of Marine Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Disintegration of Biodegradable Plastic Bags in Marine Mesocosm Conditions: The Effects of Time and Temperature. Journal of Polymers and the Environment (2024)

Hannah I. CollinsLarissa TabbBridget A. HolohanJ. Evan Ward

Effect of Seasonal Changes in Temperature on Capture Efficiency in the Blue Mussel, Mytilus Edulis, Fed Seston and Microplastics. Invertebrate Biology (2024)

Maria RosaMartina CapriottiKayla AustinSandra E. ShumwayJ. Evan Ward

Microplastics Abundance at and Near a Shellfish Aquaculture Farm: An Eastern Oyster (Crassostrea Virginica) Transplant Study. Marine Environmental Research (2024)

Kayla MladinichBridget A. HolohanSandra E. ShumwayJ. Evan Ward

microplasticsaquacultureenvironmental sciencemarine biologyeastern oystermarine environments

The Metatranscriptome of Resident Microbiota in the Gut of Blue Mussels, Mytilus Edulis, Under Standard Laboratory Conditions. Current Research in Biotechnology (2024)

Tyler W. GriffinLisa M. NigroHannah I. CollinsBridget A. HolohanJ. Evan Ward

microbiomeresident microbiotaavian biologymytilus edulisbiotechnologystandard laboratory conditionsblue musselsmicrobiologymetatranscriptomics

Sandra E. ShumwayKayla MladinichNoreen BlaschikBridget A. HolohanJ. Evan Ward

microplasticsexperimental protocolsaquaculturefish biologyaquatic ecosystemsenvironmental sciencemolluscan shellfishmarine biologycritical assessmentfuture researchanimal husbandry

A Multi‐Study Analysis of Gut Microbiome Data From the Blue Mussel ( Mytilus Edulis ) Emphasises the Impact of Depuration on Biological Interpretation. Environmental Microbiology (2023)

Tyler W. GriffinMya A. DarsanHannah I. CollinsBridget A. HolohanMelissa L. PierceJ. Evan Ward

microbiomeblue musselenvironmental microbiologygut microbiome datamulti-study analysisbiological interpretationmicrobiology

Feeding on the Smallest Cells: An in Situ Study of Picoplankton Capture by Bivalve Molluscs From Oligotrophic Waters. Frontiers in Marine Science (2023)

Tal AmitRaz MoskovichYuval JacobiSandra E. ShumwayJ. Evan WardPeter BeningerGitai YahelYossi Loya

Nylon Microfibers Develop a Distinct Plastisphere but Have No Apparent Effects on the Gut Microbiome or Gut Tissue Status in the Blue Mussel, Mytilus Edulis. Environmental Microbiology (2023)

Hannah I. CollinsTyler W. GriffinBridget A. HolohanJ. Evan Ward

microbiomeblue musselmytilus edulisenvironmental microbiologynylon microfibersgut microbiomemicrobiology

The Relationship Between Microplastics in Eastern Oysters (Crassostrea Virginica) and Surrounding Environmental Compartments in Long Island Sound. Marine Environmental Research (2023)

Kayla MladinichBridget A. HolohanSandra E. ShumwayJ. Evan Ward

microplasticsenvironmental compartmentsmarine ecologyoceanographyenvironmental sciencemarine biologylong island soundmarine environmentsecologyeastern oysters

Kayla MladinichBridget A. HolohanSandra E. ShumwayKevin BrownJ. Evan Ward

environmental engineeringmicroplasticsmarine ecologyavian biologyblue musselmytilus edulisenvironmental sciencemarine biologyeastern oysterenvironmental researchecologyselective ingestion

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