Faculty

Institution

Unit

Venue

Scott Tiegs

Professor

Oakland University

Affiliations

College of Arts and Sciences

Biological Sciences

Scott Tiegs is a Professor at Oakland University. His research focuses on applied and global ecology, specifically examining organic-matter decomposition in aquatic ecosystems, the impacts of salinization on urban streams, and the effects of multiple stressors on ecosystem functioning. His recent work has been published in leading journals, including *Science* and *Freshwater Biology*. He has received the Graduate Research Fellowship Program award and maintains extensive international collaborations across Europe, Australia, and North America, including with ETH Zurich and the Swiss Federal Institute of Aquatic Science and Technology.

Honors

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Scott Tiegs

Oakland University

Professor

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ecology environmental science aquatic ecosystems ecosystems conservation biology applied ecology earth science climate change hydrology fish biology marine biology avian biology ecosystem functioning land use global ecology freshwater biology animal ecology water ecologies organic-matter decomposition wildlife terrestrial ecology evolutionary biology human impacts on the environment forest ecology ecohydrology landscape ecology spatial ecology benthic ecology marine ecology plant science aquatic conservation freshwater ecosystems invasion biology arid environments wildlife ecology pacific salmon livestock science environmental biology nutrient management limnology stream ecosystem soil biology plant physiology functional ecology environmental microbiology ecosystem interactions ecological modelling watershed management vegetation science biological oceanography hydrobiology invasive species river basin management stream ecosystems cotton strips litter decomposition regional relevance ecosystem structure plant ecology stream processing terrestrial ecosystems hydrological sciences soil science fishery management global patterns leaf-litter breakdown nutrient enrichment nutrient limitation southeast alaska streams continental ecosystems ecosystem impact continental-scale effects nutrient pollution river restoration success carbon processing global scale ecological engineering natural restoration restoration ecology ecological restoration

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Response of an Urban Stream Ecosystem to Salinization Under Different Flow Regimes. The Science of The Total Environment (2024)

Iris Madge PimentelDaria BaikovaDominik BuchnerAndrea Burfeid CastellanosGwendoline M. DavidAman DeepAnnemie DoliwaUna HadžiomerovićNtambwe A. Serge MayomboSebastian PratiMarzena Agata SpyraAnna-Maria VermiertDaniela BeisserMicah DunthornJeremy J. PiggottBernd SuresScott D. TiegsFlorian LeeseArne J. Beermann

watershed managementland usewater qualityhydrological processurban stream ecosystemenvironmental scienceagricultural economicsurban ecologyecologyapplied ecologyimpact assessmentaquatic ecosystemstotal environmentlivestock sciencehydrometeorologyurban environmentsriver basin managementhydrologyurban hydrology

Climate Effects on Belowground Tea Litter Decomposition Depend on Ecosystem and Organic Matter Types in Global Wetlands. Environmental Science & Technology (2024)

Stacey M. Trevathan-TackettSebastian Kepfer-RojasMartino MalerbaPeter I. MacreadieIka DjukicJunbin ZhaoErica B. YoungPaul H. YorkShin-Cheng YehYanmei XiongGidon WintersDanielle WhitlockCarolyn A. WeaverAnne WatsonInger VisbyJacek TylkowskiAllison TrethowanScott TiegsBen TaylorJozef SzpikowskiGrażyna SzpikowskaVictoria L. StricklandNormunds StivrinsAna I. SousaSutinee SinutokWhitney A. ScheffelRui SantosJonathan SandermanSalvador Sánchez-CarrilloJoan-Albert Sanchez-CabezaKrzysztof G. RymerAna Carolina Ruiz-FernandezBjorn J. M. RobroekTessa RobertsAurora M. RicartLaura K. ReynoldsGrzegorz RachlewiczAnchana PrathepAndrew J. PinsonneaultElise PendallRichard PayneIlze OzolaCody OnufrockAnne OlaSteven F. OberbauerAroloye O. NumbereAlyssa B. NovakJoanna NorkkoAlf NorkkoThomas J. MozdzerPam MorganDiana I. MontemayorCharles W. MartinSparkle L. MaloneMaciej MajorMikołaj MajewskiCarolyn J. LundquistCatherine E. LovelockSonglin LiuHsing-Juh LinAna LilleboJinquan LiJohn S. KominoskiAnzar Ahmad KhurooJeffrey J. KellewayKristin I. JinksDaniel JerónimoChristopher JanousekEmma L. JacksonOscar IribarneTorrance HanleyMaroof HamidArjun GuptaRafael D. GuarientoIeva GrudzinskaAnderson da Rocha GrippMaría A. González SagrarioLaura M. GarrisonKarine GagnonEsperança GaciaMarco FusiLachlan FarringtonJenny FarmerFrancisco de Assis EstevesMauricio EscapaMonika DomańskaAndré T. C. DiasCarmen B. de los SantosDaniele DaffonchioPaweł M. CzyrycaRod M. ConnollyAlexander CobbMaria ChudzińskaBart ChristiaenPeter ChifflardSara CastelarLuciana S. CarneiroJosé Gilberto Cardoso-MohedanoMegan CamdenAdriano Caliman

climate effectswetlandsorganic matter typesglobal wetlandsenvironmental scienceecology

Fine Sediment and the Insecticide Chlorantraniliprole Inhibit Organic‐Matter Decomposition in Streams Through Different Pathways. Freshwater Biology (2024)

Leoni MackDominik BuchnerMarie V. BrasseurWillem KaijserFlorian LeeseJeremy J. PiggottScott D. TiegsDaniel Hering

fine sedimenthydrobiologyaquatic ecosystemsfreshwater biologywater ecologiesfreshwater ecosystemshydrologyenvironmental scienceecologydifferent pathways

Human Activities Shape Global Patterns of Decomposition Rates in Rivers. Science (2024)

S. D. TiegsK. A. CappsD. M. CostelloJ. P. SchmidtC. J. PatrickJ. J. Follstad ShahC. J. LeRoyVicenç AcuñaRicardo AlbariñoDaniel C. AllenCecilia AlonsoPatricio AndinoClay ArangoJukka AroviitaMarcus V.M. BarbosaLeon A. BarmutaColden BaxterBrent BellingerLuz BoyeroLyubov BraginaLee E. BrownAndreas BruderDenise A. BruesewitzFrancis BurdonMarcos CallistoAntonio CamachoCristina CanhotoMaría M. CastilloEric ChauvetJoanne ClapcottFanny ColasCheco Colón-GaudJulien CornutVerónica Crespo-PérezWyatt F. CrossJoseph CulpMichael DangerOlivier DanglesElvira de EytoAlison M. DerryVeronica Díaz VillanuevaMichael M. DouglasArturo ElosegiAndrea C. EncaladaSally EntrekinRodrigo EspinosaVerónica FerreiraCarmen FerriolKyla M. FlanaganAlexander S. FleckerTadeusz FleituchAndré FrainerNikolai FribergPaul C. FrostErica A. GarciaLiliana García-LagoPavel Ernesto García SotoMark O. GessnerSudeep GhateDarren P. GilingAlan GilmerJosé Francisco GonçalvesRosario Karina GonzalesManuel A.S. GraçaMike GraceNatalie A. GriffithsHans-Peter GrossartFrançois GuéroldVlad GulisPablo E. Gutiérrez-FonsecaLuiz U. HeppScott HigginsTakuo HishiJoseph HuddartJohn HudsonMoss ImbergerCarlos Iñiguez-ArmijosMark W. IskenTomoya IwataDavid J. JanetskiAndrea E. KirkwoodAaron A. KoningSarian KostenKevin A. KuehnHjalmar LaudonPeter R. LeavittAurea L Lemes da SilvaShawn LerouxPeter J. LisiRichard MacKenzieAmy M. MarcarelliFrank O. MasesePeter B. McIntyreBrendan G. McKieAdriana MedeirosKristian MeissnerMarko MilišaShailendra MishraYo MiyakeAshley Moerke

biogeochemistryhuman impacts on the environmentglobal changeglobal ecologyhuman activitiesecological modellingecohydrologycellulose decomposition ratesenvironmental scienceecologycellulose-based assayecosystemsterrestrial ecosystemsterrestrial ecosystem productivity

Interacting Effects of Local and Global Stressors on Mussel Beds and Ecosystem Functioning. Journal of Experimental Marine Biology and Ecology (2024)

Charlotte Carrier-BelleauFélix LauzonJérémie Boucher-FontaineScott TiegsMathieu CussonFrédéric GuichardChristian NozaisPhilippe Archambault

extreme environmentsfunctional ecologymarine environmentsmarine ecologyenvironmental stressenvironmental sciencemarine biodiversitystress (biology)global ecologysystems biologyaquatic conservationanimal ecologyecologyecosystemsglobal stressorsfish biologyaquatic ecosystemsmussel bedsmarine biologybenthic ecology

Interactions Between Invasive New Zealand Mudsnails and Leaf Litter: Growth and Decomposition. Aquatic Ecology (2023)

Emily N. BoveeScott D. Tiegs

avian biologyleaf litterspecie interactionplant-insect interactionsinterspecific behavioral interactionaquatic ecosystemsinvasion biologybiological invasionsconservation biologyecologyentomologyinvasive species

Monthly Variation in Organic-Matter Decomposition in Agricultural Stream and Riparian Ecosystems. Aquatic Sciences (2023)

Jasmine MancusoJennifer L. TankUrsula H. MahlAnna VincentScott D. Tiegs

biogeochemistryglobal ecologyhydrological sciencesorganic-matter decompositionagricultural streamaquatic ecosystemsmonthly variationriparian ecosystemsearth scienceecohydrologyterrestrial ecologyhydrologyenvironmental scienceecologyclimate changeecosystems

Spectral Composition of Light-Emitting Diodes Impacts Aquatic and Terrestrial Invertebrate Communities With Potential Implications for Cross-Ecosystem Subsidies. Philosophical Transactions of the Royal Society B Biological Sciences (2023)

Elizabeth ParkinsonScott D. Tiegs

cross-ecosystem subsidiesterrestrial invertebrate communitiesaquatic ecosystemsspectral compositionenvironmental scienceecology

Tipping Point Arises Earlier Under a Multiple-Stressor Scenario. Scientific Reports (2023)

Charlotte Carrier-BelleauLudovic PascalScott D. TiegsChristian NozaisPhilippe Archambault

cognitive scienceenvironmental sciencemultiple-stressor scenariostress (biology)

A Stream‐to‐Sea Experiment Reveals Inhibitory Effects of Freshwater Residency on Organic‐Matter Decomposition in the Sea. Limnology and Oceanography Letters (2022)

André FrainerScott D. Tiegs

oceanographylimnologymarine biologyfreshwater residencyorganic-matter decompositionoceanographic researchphysical oceanographymarine ecologyenvironmental scienceecologybiological oceanography

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Scott Tiegs

Professor

Oakland University

Affiliations

College of Arts and Sciences

Biological Sciences

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Scott Tiegs

Oakland University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Response of an Urban Stream Ecosystem to Salinization Under Different Flow Regimes. The Science of The Total Environment (2024)

Climate Effects on Belowground Tea Litter Decomposition Depend on Ecosystem and Organic Matter Types in Global Wetlands. Environmental Science & Technology (2024)

climate effectswetlandsorganic matter typesglobal wetlandsenvironmental scienceecology

Fine Sediment and the Insecticide Chlorantraniliprole Inhibit Organic‐Matter Decomposition in Streams Through Different Pathways. Freshwater Biology (2024)

Leoni MackDominik BuchnerMarie V. BrasseurWillem KaijserFlorian LeeseJeremy J. PiggottScott D. TiegsDaniel Hering

fine sedimenthydrobiologyaquatic ecosystemsfreshwater biologywater ecologiesfreshwater ecosystemshydrologyenvironmental scienceecologydifferent pathways

Human Activities Shape Global Patterns of Decomposition Rates in Rivers. Science (2024)

Interacting Effects of Local and Global Stressors on Mussel Beds and Ecosystem Functioning. Journal of Experimental Marine Biology and Ecology (2024)

Charlotte Carrier-BelleauFélix LauzonJérémie Boucher-FontaineScott TiegsMathieu CussonFrédéric GuichardChristian NozaisPhilippe Archambault

Interactions Between Invasive New Zealand Mudsnails and Leaf Litter: Growth and Decomposition. Aquatic Ecology (2023)

Emily N. BoveeScott D. Tiegs

Monthly Variation in Organic-Matter Decomposition in Agricultural Stream and Riparian Ecosystems. Aquatic Sciences (2023)

Jasmine MancusoJennifer L. TankUrsula H. MahlAnna VincentScott D. Tiegs

Elizabeth ParkinsonScott D. Tiegs

cross-ecosystem subsidiesterrestrial invertebrate communitiesaquatic ecosystemsspectral compositionenvironmental scienceecology

Tipping Point Arises Earlier Under a Multiple-Stressor Scenario. Scientific Reports (2023)

Charlotte Carrier-BelleauLudovic PascalScott D. TiegsChristian NozaisPhilippe Archambault

cognitive scienceenvironmental sciencemultiple-stressor scenariostress (biology)

A Stream‐to‐Sea Experiment Reveals Inhibitory Effects of Freshwater Residency on Organic‐Matter Decomposition in the Sea. Limnology and Oceanography Letters (2022)

André FrainerScott D. Tiegs

oceanographylimnologymarine biologyfreshwater residencyorganic-matter decompositionoceanographic researchphysical oceanographymarine ecologyenvironmental scienceecologybiological oceanography

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Michigan Technological University

limnology

wetland

Colden Baxter

Institution

Idaho State University

philosophy of science

water resources

Robert Hall

Institution

University of Montana

ecology

environmental science

Wyatt Cross

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food webs

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Gary Lamberti

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coastal research