Faculty

Institution

Unit

Venue

Freeman, Christopher

College of Charleston

Affiliations

Department Of Biology

Laboratory Of Hollings Marine

Laboratory Of Trna Biology

NoneFreeman, Christopher is currently serving as a Biology faculty at College of Charleston.

Honors

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Experiences

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Education

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Freeman, Christopher

College of Charleston

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ecology marine biology marine ecology biology microbial ecology oceanography marine systems coral reefs marine sponges symbiosis aquatic ecosystems environmental science functional ecology marine chemistry marine biodiversity evolutionary biology biodiversity hydrobiologia marine biota biological oceanography benthic communities estuaries niche structure climate change ecology and evolutionary biology marine pollution benthic ecology spatial ecology peer review metabolic diversity ocean sciences marine micropaleontology wildlife avian biology animal ecology coastal research coastal management aquatic conservation applied microbiology environmental microbiology marine geology limnology oceanic science chemical oceanography integrative biology microplastics marine debris plastic pollution community structure bloom ecology estuarine hydrodynamics marine biotechnology deep sea phycology symbiotic microbial communities complex interactions sponge-microbe symbioses symbiont abundance symbiont identity nutrient transfer symbiont specificity caribbean octocoral symbioses productivity links morphology dissolved organic matter sponge exhalent seawater potential microplastics microbial symbionts

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cryptic Diversification, Phenotypic Plasticity, and Host Specialization in a Sponge-Dwelling Goby. Coral Reefs (2024)

Ariel WangSarah YerraceLuke TornabeneSimon J. BrandlChristopher J. FreemanCarole C. BaldwinJordan M. Casey

marine ecologycryptic diversificationphenotypic plasticitymarine biologysponge-dwelling gobyhost specializationdevelopmental biologyecologyevolutionary biology

Sponge-Derived Matter is Assimilated by Coral Holobionts. Communications Biology (2024)

Alicia M. ReigelCole G. EassonAmy ApprillChristopher J. FreemanMichaela M. BartleyCara L. Fiore

marine chemistrymarine systemscoral reefsbiological oceanographymarine ecologysponge-derived matterecosystemsbiologyoceanographycoral holobiontsmarine biologyecologycoral aquaculturebiogeochemistry

Limited Metabolomic Overlap Between Commensal Bacteria and Marine Sponge Holobionts Revealed by Large Scale Culturing and Mass Spectrometry-Based Metabolomics: An Undergraduate Laboratory Pedagogical Effort at Georgia Tech. Marine Drugs (2023)

Jessica M. DeutschMadison O. GreenPriyanka AkavaramAshleigh C. DavisSarth S. DiskalkarIsabelle A. Du PlessisHannah A. FallonEmma M. GrasonEmma G. KaufZoe M. KimJeffrey R. MillerAbby L. NealTatiana RieraSofie-Ellen StroevaJollin TranVivi TranAzucena Velgara CoronadoVanessa Velgara CoronadoBenjamin T. WallChung mo YangIpsita MohantyNadine H. AbrahamseChristopher J. FreemanCole G. EassonCara L. FioreAlison E. OnstineNaima DjeddarShweta BiliyaAnton V. BryksinNeha GargVinayak Agarwal

microbiomehydrobiologiamarine biotaapplied microbiologybiologyenvironmental microbiologymicrobial ecologymass spectrometry-based metabolomicscommensal bacteriamass spectrometrymetabolomicsmicrobiologymarine biotechnology

Bivalve Feeding on the Brown Tide Aureoumbra Lagunensis in a Shallow Coastal Environment. Frontiers in Marine Science (2021)

Eve GalimanyJessica LuntChristopher J. FreemanI. Segura-GarcíaM. MossopA. DomingosJ. HoukValerie J. Paul

coral reefsmarine ecologyshallow coastal environmentoceanographymarine biologyecology

Plastics in Porifera: The Occurrence of Potential Microplastics in Marine Sponges and Seawater From Bocas Del Toro, Panamá. PeerJ (2021)

environmental engineeringmarine systemsmicroplasticsoceanographyenvironmental sciencemarine debrisplastic pollutionmarine biologymarine spongesmarine pollutionpotential microplasticsbiological engineering

Presence of Bromotyrosine Alkaloids in Marine Sponges is Independent of Metabolomic and Microbiome Architectures. mSystems (2021)

Ipsita MohantySubhasish TapadarSamuel G. MooreJason S. BiggsChristopher J. FreemanDavid A. GaulNeha GargVinayak Agarwal

pharmacologybromotyrosine alkaloidsmicrobiome architecturesmarine spongesmetabolomics

Soft-Sediment Communities of the Northern Indian River Lagoon, Fl, United States. Frontiers in Marine Science (2021)

Jessica LuntChristopher J. FreemanDean S. JaniakKatrina BaylissMichelle StephensEve GalimanyValerie J. Paul

marine ecologysoft-sediment communitiesoceanographyenvironmental sciencemarine biologybenthic ecologyunited statesearth scienceecology

Sponge–Microbe Interactions on Coral Reefs: Multiple Evolutionary Solutions to a Complex Environment. Frontiers in Marine Science (2021)

Christopher J. FreemanCole G. EassonCara L. FioreRobert W. Thacker

symbiosismarine systemscoral reefshost spongemarine ecologybiologymicrobial ecologymarine biologymarine spongesmarine micropaleontologyorganic matterecology

Stereochemical Assignment and Absolute Abundance of Nonproteinogenic Amino Acid Homoarginine in Marine Sponges. ACS Omega (2021)

Ipsita MohantySamuel G. MooreJason S. BiggsChristopher J. FreemanDavid A. GaulNeha GargVinayak Agarwal

marine chemistrybiological oceanographyabsolute abundanceoceanographystereochemical assignmentmarine biologymarine spongesbiochemistry

Bivalve Feeding Responses to Microalgal Bloom Species in the Indian River Lagoon: The Potential for Top-Down Control. Estuaries and Coasts (2020)

Eve GalimanyJessica LuntChristopher J. FreemanJay HoukThomas SauvageLarissa SantosJillian LuntMaria KolmakovaMalcolm MossopArthur DomingosEdward J. PhlipsValerie J. Paul

wildlifemarine ecologyavian biologyindian river lagoontop-down controlbloom ecologyoceanographyaquatic ecosystemsenvironmental sciencemicrobial ecologyanimal ecologymarine biologybenthic ecologycoastal researchestuarine hydrodynamicsecologyestuariescoastal management

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Freeman, Christopher

College of Charleston

Affiliations

Department Of Biology

Laboratory Of Hollings Marine

Laboratory Of Trna Biology

NoneFreeman, Christopher is currently serving as a Biology faculty at College of Charleston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Freeman, Christopher

College of Charleston

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cryptic Diversification, Phenotypic Plasticity, and Host Specialization in a Sponge-Dwelling Goby. Coral Reefs (2024)

Ariel WangSarah YerraceLuke TornabeneSimon J. BrandlChristopher J. FreemanCarole C. BaldwinJordan M. Casey

marine ecologycryptic diversificationphenotypic plasticitymarine biologysponge-dwelling gobyhost specializationdevelopmental biologyecologyevolutionary biology

Sponge-Derived Matter is Assimilated by Coral Holobionts. Communications Biology (2024)

Alicia M. ReigelCole G. EassonAmy ApprillChristopher J. FreemanMichaela M. BartleyCara L. Fiore

marine chemistrymarine systemscoral reefsbiological oceanographymarine ecologysponge-derived matterecosystemsbiologyoceanographycoral holobiontsmarine biologyecologycoral aquaculturebiogeochemistry

Bivalve Feeding on the Brown Tide Aureoumbra Lagunensis in a Shallow Coastal Environment. Frontiers in Marine Science (2021)

Eve GalimanyJessica LuntChristopher J. FreemanI. Segura-GarcíaM. MossopA. DomingosJ. HoukValerie J. Paul

coral reefsmarine ecologyshallow coastal environmentoceanographymarine biologyecology

Plastics in Porifera: The Occurrence of Potential Microplastics in Marine Sponges and Seawater From Bocas Del Toro, Panamá. PeerJ (2021)

Presence of Bromotyrosine Alkaloids in Marine Sponges is Independent of Metabolomic and Microbiome Architectures. mSystems (2021)

Ipsita MohantySubhasish TapadarSamuel G. MooreJason S. BiggsChristopher J. FreemanDavid A. GaulNeha GargVinayak Agarwal

pharmacologybromotyrosine alkaloidsmicrobiome architecturesmarine spongesmetabolomics

Soft-Sediment Communities of the Northern Indian River Lagoon, Fl, United States. Frontiers in Marine Science (2021)

Jessica LuntChristopher J. FreemanDean S. JaniakKatrina BaylissMichelle StephensEve GalimanyValerie J. Paul

marine ecologysoft-sediment communitiesoceanographyenvironmental sciencemarine biologybenthic ecologyunited statesearth scienceecology

Sponge–Microbe Interactions on Coral Reefs: Multiple Evolutionary Solutions to a Complex Environment. Frontiers in Marine Science (2021)

Christopher J. FreemanCole G. EassonCara L. FioreRobert W. Thacker

symbiosismarine systemscoral reefshost spongemarine ecologybiologymicrobial ecologymarine biologymarine spongesmarine micropaleontologyorganic matterecology

Stereochemical Assignment and Absolute Abundance of Nonproteinogenic Amino Acid Homoarginine in Marine Sponges. ACS Omega (2021)

Ipsita MohantySamuel G. MooreJason S. BiggsChristopher J. FreemanDavid A. GaulNeha GargVinayak Agarwal

marine chemistrybiological oceanographyabsolute abundanceoceanographystereochemical assignmentmarine biologymarine spongesbiochemistry

Bivalve Feeding Responses to Microalgal Bloom Species in the Indian River Lagoon: The Potential for Top-Down Control. Estuaries and Coasts (2020)

Eve GalimanyJessica LuntChristopher J. FreemanJay HoukThomas SauvageLarissa SantosJillian LuntMaria KolmakovaMalcolm MossopArthur DomingosEdward J. PhlipsValerie J. Paul

1
2
3
10 / page