Heidi L. Fuchs EDUCATION - Rutgers University

1 Heidi L. FuchsDepartment of Marine and Coastal SciencesPhone: (848) 932-3252 Rutgers , The State University of New JerseyE-mail: Dudley RoadWeb: ~hfuchsNew Brunswick, NJ 08901 Updated November 10, 2020 EDUCATION2005 PhD, MIT & Woods Hole Oceanographic Institution, Biological OceanographyThesis: Biophysical coupling between turbulence, veliger behavior, and larval supply 1999 BS, University of Wyoming, Zoology1990 BS, University of Wisconsin - Madison, ArtAPPOINTMENTS2016 present Associate Professor, Rutgers Department of Marine and Coastal Sciences2008 2016 Assistant Professor, Rutgers Department of Marine and Coastal Sciences(2008 2014 in Institute of Marine and Coastal Sciences)2007 2010 Guest Investigator, Woods Hole Oceanographic Institution2005 2008 Postdoctoral Scholar, Scripps Institution of Oceanography, UC San Diego1999 2005 Graduate Research Fellow, Woods Hole Oceanographic InstitutionScholarshipPUBLICATIONS Undergraduate student, graduate student, and+postdoctoral co-authorsIn Johns , Bondoc+, A.

2 Matthews, P. G. Matson, Iglesias-Rodriguez, Taylor, Fuchs , and Bidle. Adsorptive exchange of coccolith biomineralsfacilitates viral Fuchs , Chant, Hunter, Curchitser, Gerbi, and Chen .2020. Wrong-way migrations of benthic species driven by ocean warming and larvaltransport. Nature Climate Change. in Science/AAAS, Rutgers Today, , Science Daily, ScienMag,Newswise, YaleEnvironment360, Ars Technica, Climate News Network,Physics Today (November 2020 cover article).B. Knowles, J. Bonachela, M. Behrenfeld, Bondoc, Cael, C. Carlson, , B. Diaz,H. Fuchs , J. Graff, J. Grasis, K. Halsey, L. Haramaty, Johns,F. Natale, Nissimov, B. Schieler, K. Thamatrakoln, Thingstad, S. V age, , T. Westberry, and Bidle. 2020. Temperate infection in a virus-hostsystem previously known for virulent dynamics. Nature Communications, 11:4626 L. Fuchs Fuchs , Gerbi, Hunter, and Christman. 2018. Waves cue distinctbehaviors and differentiate transport of congeneric snail larvae from sheltered versus wavyhabitats.

3 Proceedings of the National Academy of Sciences, 115: in Rutgers Today, NSF s Science360, , Science Daily, Fuchsand Specht . 2018. Evidence for diverse responses to viscosity insuspension-feeding bivalves: Reply to Riisg ard and Larsen (2018). Marine Ecology ProgressSeries 596: Specht Fuchs . 2018. Thermal and viscous effects of temperature onMercenaria mercenariafiltration. Marine Ecology Progress Series 589: Fuchs , Specht , Adams, and Christman. 2017. Turbulence inducesmetabolically costly behaviors and inhibits food capture in oyster larvae, causing net energyloss. Journal of Experimental Biology 220: 3419-3431 (Editor s Choice).Highlighted in Inside Fuchsand Gerbi. 2016. Seascape-level variation in turbulence- and wave-generated hydrodynamic signals experienced by plankton. Progress in Oceanography 141:109 Fuchs , Christman, Hunter, Gerbi, and Diez. 2015. Directionalflow sensing by passively stable larvae.

4 Journal of Experimental Biology 218: Fuchs , Gerbi, Hunter, Christman, and Diez. 2015. Hydrodynamicsensing and behavior by oyster larvae in turbulence and waves. Journal of ExperimentalBiology 218: Crum , Fuchs , Bologna, and Gaynor. 2014. Model-to-data com-parisons reveal influence of jellyfish interactions on plankton community dynamics. MarineEcology Progress Series 517: Fuchsand Reidenbach. 2013. Biophysical constraints on optimal patch lengthsfor settlement of a reef-building bivalve. PLoS ONE, 8(8): Fuchs , Hunter, Schmitt , and Guazzo . 2013. Active downwardpropulsion by oyster larvae in turbulence. Journal of Experimental Biology, 216: Fuchsand C. DiBacco. 2011. Mussel larval responses to turbulence are unalteredby larval age or light conditions. Limnology & Oceanography: Fluids & Environments 1 DiBacco, Fuchs , J. Pineda, and K. Helfrich. 2011. Swimming behavior andvelocities of barnacle cyprids in a downwelling flume.

5 Marine Ecology Progress Series 433 L. Fuchs Fuchs , Solow, and Mullineaux. 2010. Larval responses to turbulence andtemperature in a tidal inlet: Habitat selection by dispersing gastropods? Journal of MarineResearch 68: Fuchsand Franks. 2010. Plankton community properties determined bynutrients and size-selective feeding. Marine Ecology Progress Series 413: 1-15 (FeatureArticle). Fuchs , Neubert, and Mullineaux. 2007. Effects of turbulence-mediated lar-val behavior on larval supply and settlement in tidal currents. Limnology & Oceanography52: Fuchs , Mullineaux, and Solow. 2004. Sinking behavior of gastropod larvae(Ilyanassa obsoleta) in turbulence. Limnology & Oceanography 49: Tapia, , Ocampo-Torres, Fuchs , E. Parnell, P. Montero, and 2004. High-frequency observations of wind-forced onshore transport at a coastalsite in Baja California. Continental Shelf Research 24: at Rutgers University2021-2026 NSF, GCR:Collaborative Research: The convergent impact of marine$1,557,924viruses, minerals, and microscale physics on phytoplankton carbonto Rutgerssequestration, Bidle (PI), K.

6 Thamatrakoln, Fuchs ,E. Harvey, B. Van Mooy2018 2021 NSF, Collaborative Research: Linking behavior and transport of$691,029larvae using waves and turbulence as cues, ($565, Fuchs (PI), Gerbi, and Chantto Rutgers )2016 2017 Rutgers Research Council Grant, Turbulence effects on energetics$2,000of oyster larvae, Fuchs2012 2013 Rutgers Faculty Research Grant, Acidification effects on larval$22,307density and sinking velocity, Fuchs2011 2015 NSF, Relative influence of turbulence and waves on larval behavior, $645,439(ext. 2016) Fuchs (PI), Gerbi, and Diez2011 2014 NJDEP, Multi-trophic level modeling of Barnegat Bay, $249, Jensen (PI) Fuchs2009 2011 NSF, RAPID: Role of ephemeral bottom roughness patches in$99,989unpredictable recruitment of surfclams on the continental shelf, C. Fuller (PI), P. Ramey, J. Grassle, G. Taghon, FuchsHeidi L. Fuchs 4 Grants at Other Institutions2008 2010 WHOI Coastal Ocean Institute, Simultaneous measurement of larvalbehavior and turbulence in the laboratory, $62, Mullineaux, Helfrich, Fuchs2007 2010 Woods Hole Sea Grant, Characterization of the behavior of mussellarvae in turbulence and downwelling flow, $23, Fuchs , C.

7 DiBacco, and Mullineaux2006 2008 WHOI Coastal Ocean Institute, Construction of a double-grid$35,762turbulence tank for larval behavior studies, Mullineaux Fuchs2003 2005 WHOI Coastal Ocean Institute, Temporal variation in larval supplyrelative to turbulence in a tidal inlet, $44, Fuchsand Mullineaux2005 American Society of Limnology and Oceanography travel award$2502003 2004 Woods Hole Sea Grant New Initiative grant$2,5002003 Rinehart Coastal Research Center grant$2,0002000 2004 MIT & WHOI, 8 research and travel awards$4,485 FELLOWSHIPS ANDAWARDS1999 2002 National Science Foundation Graduate Research Fellowship1999 Summer Research Fellowship, Woods Hole Oceanographic Institution1998 Summer Student Fellowship, Woods Hole Oceanographic Institution1998 Phi Kappa Phi Honor Society, University of Wyoming chapter1997 1998Mr. and Mrs. Harold DeWitt Scholarship (2 awards), University of Wyoming1990 Golden Key National Honor Society, University of Wisconsin chapter1989 Edith L. Gilbertson Scholarship, Art Department, University of Wisconsin1986 Kemper K.

8 Knapp Merit Scholarship, University of WisconsinPRESENTATIONSI nvited Talks and Seminars2019 Waves and turbulence as navigational signals for dispersing larvae. OIMB seminar. OregonInstitute of Marine Biology, Charleston, OR2018 Waves and turbulence as navigational signals for dispersing larvae. School of Earth, Oceanand Environment seminar. University of South Carolina, Columbia, SC2015 Sensing mechanisms and ecological consequences of flow-induced larval behavior. Ecologyseminar. Scripps Institution of Oceanography, University of California, San Diego, CA2015 Sensing mechanisms and ecological consequences of flow-induced larval behavior. MarineSciences seminar. University of Connecticut, Avery Point, CT2014 Hydrodynamic sensing and behavior by larvae in turbulence and waves. Mechanical Engi-neering seminar. University of Nevada, Reno, NVHeidi L. Fuchs 52013 A multiscale look at larval behavior and settlement on oyster reefs. Oceans and AtmosphereColloquium.

9 Stony Brook University , Stony Brook, NY2013 Hydromechanical sensing and behavior by larvae in turbulence and waves. Batsheva deRothschild Seminar on Marine Life in Flow. Inter- University Institute for Marine Sciences,Eilat, Israel2008 Responses of snail larvae to turbulence in a tidal inlet, and implications for dispersal. JointPhysical/Biological Oceanography seminar. Oregon State University , Corvallis, OR2006 Larval responses to turbulence and temperature in a tidal inlet. 7th Larval Biology Sym-posium. Coos Bay, ORDepartmental Seminars2019 Waves and turbulence as navigational signals for dispersing larvae. Marine and CoastalSciences Seminar. Rutgers , New Brunswick, NJ2009 Plankton community properties determined by nutrients and size-selective feeding. Ecologyand Evolution seminar. Rutgers , New Brunswick, NJ2006 Biophysical coupling between turbulence, veliger behavior, and larval supply. Ecology sem-inar. Scripps Institution of Oceanography, La Jolla, CA2004 Sinking behavior of gastropod larvae (Ilyanassa obsoleta) in grid-stirred turbulence.

10 Biologyseminar. Woods Hole Oceanographic Institution, Woods Hole, MAContributed Conference Fuchs , Chant, Hunter, Curchitser, Gerbi, and Chen .Changing phenology and larval transport drive benthic species wrong-way Sciences, San Diego, Fuchs , Specht, Adams, and Christman. Turbulence induces metabol-ically costly behaviors and inhibits food capture in oyster larvae, causing net energy Sciences, Portland, OR2017 J. Specht** Fuchs . Effects of seawater temperature on hard clam (Mercenariamercenaria) energetics. ASLO Aquatic Sciences Meeting, Honolulu, Fuchs , Gerbi, Hunter, Christman, and Diez. Hydromechanicalsensing and behavior by larvae in turbulence and waves. Ocean Sciences, Honolulu, Fuchsand Reidenbach. Behavioral and physical controls on optimal patchlengths for larval settlement on oyster reefs. Coastal and Estuarine Research Federation,San Diego, Fuchsand Reidenbach. Turbulence-induced sinking and substrate type impactsettlement patterns of oyster larvae.