Faculty

Institution

Unit

Venue

Niels Lindquist

Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Earth, Marine and Environmental Sciences

Niels Lindquist is currently serving as a College Of Arts And Sciences Professor at University of North Carolina At Chapel Hill.

Honors

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Experiences

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Education

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Niels Lindquist

University of North Carolina at Chapel Hill

Professor

You can click a keyword to filter the displayed items

ecology marine biology marine ecology environmental science microbial ecology marine chemistry aquatic ecosystems microbiology chemical ecology biology fish biology botany environmental microbiology oceanography marine drug climate change natural products biological oceanography coral reefs avian biology natural product research secondary metabolites aquatic toxicology animal ecology plant science marine biotechnology microbial diversity ocean sciences applied microbiology algal biology limnology inhibitory activity deep sea marine biodiversity phytochemistry phycology marine biota chemical defense global ecology aquatic conservation freshwater biology algal research coastal research host response aquatic organisms plant-rhizobia interaction benthic ecology predator-prey interactions phytoplankton ecology marine environments active ingredient primary metabolite harmful microalgae chemical oceanography seaweed secondary metabolites marine invertebrate larvae conch reef vertical transmission nudibranch predators symbiont-produced chemical defense brown seaweeds ecological chemistry secondary metabolism spatial ecology physical oceanography molecular microbiology carbon sinks aquatic food system tissue densities multiple functions larval chemical defenses conspicuous larvae hma-lma dichotomy sponge species situ fluxes dissolved inorganic nitrogen estuaries mariculture north carolina marine sponges coastal conservation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coastal Squeeze on Temperate Reefs: Long‐Term Shifts in Salinity, Water Quality, and Oyster‐Associated Communities. Ecological Applications (2022)

Maxwell Tice‐LewisY. Stacy ZhangS. Gray ReddingNiels L. LindquistAntonio B. RodriguezClare M. FieselerQuentin A. WalkerF. Joel Fodrie

oceanographywater qualityoyster-associated communitieslong-term shiftscoastal squeezetemperate reefsecological applicationsmarine ecologyenvironmental scienceecology

Haslea Silbo, a Novel Cosmopolitan Species of Blue Diatoms. Biology (2021)

Romain GastineauGert HansenMichel PoulinClaude LemieuxMonique TurmelJean-François BardeauVincent LeignelYann HardivillierMichèle MorançaisJoël FleurencePierre GaudinVona MéléderEileen J. CoxNikolaï A. DavidovichOlga I. DavidovichAndrzej WitkowskiIrena KaczmarskaJames M. EhrmanEmilio Soler OnísAntera Martel QuintanaMaja MuckoSolenn MordretDiana SarnoBoris JacquetteCharlotte FalaiseJulie SévenoNiels L. LindquistPhilip S. KempElif Eker-DeveliMerve KonucuJean-Luc Mouget

ornithologyavian biologynovel cosmopolitan speciesbotanymarine biologymorphological evidencehaslea silbobiologyevolutionary biologymarine ornithologyfish biologyarthropod taxonomyblue diatomsfreshwater biologyecologyentomologycommunity (ecology)biodiversity

Assessing the Complex Sponge Microbiota: Core, Variable and Species-Specific Bacterial Communities in Marine Sponges. UNC Libraries (2020)

Schmitt, SusanneTsai, PeterBell, JamesFromont, JaneIlan, MichaLindquist, NielsPerez, ThierryRodrigo, AllenSchupp, Peter J.Vacelet, JeanWebster, NicoleHentschel, UteTaylor, Michael W.

microbiologymarine biotamicrobial ecologymarine biologymicrobial diversitymicrobiomeaquatic ecosystemsspecies-specific bacterial communitiesmarine ecologymarine spongescomplex sponge microbiotaecologymarine biodiversityenvironmental microbiologymicroorganisms

Harmful or Harmless: Biological Effects of Marennine on Marine Organisms. Aquatic Toxicology (2019)

Charlotte FalaisePatrick CormierRéjean TremblayCéline AudetJean-Sébastien DeschênesFrançois TurcotteCyrille FrançoisAndreas SegerGustaaf HallegraeffNiels LindquistDamien SirjacobsSylvie GobertPierre LejeuneVincent DemoulinJean-Luc Mouget

pharmacologyaquatic toxicologymarine biodiversitymarine organismsharmful algaemarine biotechnologymarine genomicsecologybioactive compoundsenvironmental toxicologyfish biologyecotoxicologyaquatic ecosystemstoxicologymarine drugmarine biologybiologyharmful microalgaemarine biotabiological effects

Dissolved Inorganic Nitrogen Fluxes From Common Florida Bay (U.S.a.) Sponges. Limnology and Oceanography (2018)

Daniel R. HoerJake P. TommerdahlNiels L. LindquistChristopher S. Martens

oceanographylimnologybiogeochemistryinorganic nitrogen fluxesocean sciencescommon florida baymicrobial ecologycoral reefsmarine biologychemical oceanographyaquatic ecosystemsearth sciencemarine ecologyenvironmental scienceecologybiological oceanographymarine chemistry

Oyster Reefs as Carbon Sources and Sinks. Proceedings of the Royal Society B Biological Sciences (2017)

F. Joel FodrieAntonio B. RodriguezRachel K. GittmanJonathan H. GrabowskiNiels. L. LindquistCharles H. PetersonMichael F. PiehlerJustin T. Ridge

marine biologycarbon sinksevolutionary biologymarine ecologyconservation biologycarbon sourcesenvironmental scienceecologyclimate change

Maximizing Oyster-Reef Growth Supports Green Infrastructure With Accelerating Sea-Level Rise. Scientific Reports (2015)

Justin T. RidgeAntonio B. RodriguezF. Joel FodrieNiels L. LindquistMichelle C. BrodeurSara E. ColemanJonathan H. GrabowskiEthan J. Theuerkauf

green infrastructurecoastal engineeringenvironmental engineeringecological engineeringengineeringenvironmental technologycoral reefsmarine biologymarine managementaquatic ecosystemsmarine engineeringapplied phycologyaquacultureecologyclimate change

Classic Paradigms in a Novel Environment: Inserting Food Web and Productivity Lessons From Rocky Shores and Saltmarshes Into Biogenic Reef Restoration. Journal of Applied Ecology (2014)

F. Joel FodrieAntonio B. RodriguezChristopher J. BaillieMichelle C. BrodeurSara E. ColemanRachel K. GittmanDanielle A. KellerMatthew D. KenworthyAbigail K. PorayJustin T. RidgeEthan J. TheuerkaufNiels. L. Lindquist

applied ecologyrocky shoresmarine biologynovel environmentrestoration ecologyclassic paradigmsmarine ecologyproductivity lessonsbiogenic reef restorationecologyjournalism

Effects of Substrate Type on Demographic Rates of Eastern Oyster ( Crassostrea Virginica ). Journal of Shellfish Research (2014)

Robert P. DunnDavid B. EgglestonNiels Lindquist

demographic rateseastern oystersubstrate typemarine biologymarine ecologyfish biologyecology

Oyster Reefs Can Outpace Sea-Level Rise. Nature Climate Change (2014)

Antonio B. RodriguezF. Joel FodrieJustin T. RidgeNiels L. LindquistEthan J. TheuerkaufSara E. ColemanJonathan H. GrabowskiMichelle C. BrodeurRachel K. GittmanDanielle A. KellerMatthew D. Kenworthy

environmental scienceecologyclimate change

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Niels Lindquist

Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Earth, Marine and Environmental Sciences

Niels Lindquist is currently serving as a College Of Arts And Sciences Professor at University of North Carolina At Chapel Hill.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Niels Lindquist

University of North Carolina at Chapel Hill

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coastal Squeeze on Temperate Reefs: Long‐Term Shifts in Salinity, Water Quality, and Oyster‐Associated Communities. Ecological Applications (2022)

Maxwell Tice‐LewisY. Stacy ZhangS. Gray ReddingNiels L. LindquistAntonio B. RodriguezClare M. FieselerQuentin A. WalkerF. Joel Fodrie

oceanographywater qualityoyster-associated communitieslong-term shiftscoastal squeezetemperate reefsecological applicationsmarine ecologyenvironmental scienceecology

Haslea Silbo, a Novel Cosmopolitan Species of Blue Diatoms. Biology (2021)

Assessing the Complex Sponge Microbiota: Core, Variable and Species-Specific Bacterial Communities in Marine Sponges. UNC Libraries (2020)

Schmitt, SusanneTsai, PeterBell, JamesFromont, JaneIlan, MichaLindquist, NielsPerez, ThierryRodrigo, AllenSchupp, Peter J.Vacelet, JeanWebster, NicoleHentschel, UteTaylor, Michael W.

Harmful or Harmless: Biological Effects of Marennine on Marine Organisms. Aquatic Toxicology (2019)

Dissolved Inorganic Nitrogen Fluxes From Common Florida Bay (U.S.a.) Sponges. Limnology and Oceanography (2018)

Daniel R. HoerJake P. TommerdahlNiels L. LindquistChristopher S. Martens

Oyster Reefs as Carbon Sources and Sinks. Proceedings of the Royal Society B Biological Sciences (2017)

F. Joel FodrieAntonio B. RodriguezRachel K. GittmanJonathan H. GrabowskiNiels. L. LindquistCharles H. PetersonMichael F. PiehlerJustin T. Ridge

marine biologycarbon sinksevolutionary biologymarine ecologyconservation biologycarbon sourcesenvironmental scienceecologyclimate change

Maximizing Oyster-Reef Growth Supports Green Infrastructure With Accelerating Sea-Level Rise. Scientific Reports (2015)

Justin T. RidgeAntonio B. RodriguezF. Joel FodrieNiels L. LindquistMichelle C. BrodeurSara E. ColemanJonathan H. GrabowskiEthan J. Theuerkauf

Classic Paradigms in a Novel Environment: Inserting Food Web and Productivity Lessons From Rocky Shores and Saltmarshes Into Biogenic Reef Restoration. Journal of Applied Ecology (2014)

applied ecologyrocky shoresmarine biologynovel environmentrestoration ecologyclassic paradigmsmarine ecologyproductivity lessonsbiogenic reef restorationecologyjournalism

Effects of Substrate Type on Demographic Rates of Eastern Oyster ( Crassostrea Virginica ). Journal of Shellfish Research (2014)

Robert P. DunnDavid B. EgglestonNiels Lindquist

demographic rateseastern oystersubstrate typemarine biologymarine ecologyfish biologyecology

Oyster Reefs Can Outpace Sea-Level Rise. Nature Climate Change (2014)

Antonio B. RodriguezF. Joel FodrieJustin T. RidgeNiels L. LindquistEthan J. TheuerkaufSara E. ColemanJonathan H. GrabowskiMichelle C. BrodeurRachel K. GittmanDanielle A. KellerMatthew D. Kenworthy

environmental scienceecologyclimate change

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7
10 / page

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evolutionary biology

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nutrient limitation

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Eric Webb

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biogeochemistry

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chemical ecology

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