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  1. Special Seminar- Global Climate Change and Soil Microbiome

    https://senr.osu.edu/events/special-seminar-global-climate-change-and-soil-microbiome

    Extreme Climate: Soil Microbiome Responses to Fluctuating Moisture from Pore-to Core Scales Dr. Taniya Roy Chowdhury Environ. Environ. Sci. & Tech. Department University of Maryland SENR Alumnus! A major challenge in soil microbial ecology is to predi ...

  2. Riparian swallows as integrators of landscape change in a multiuse river system: implications for aquatic-to-terrestrial transfers of contaminants.

    https://senr.osu.edu/about-us/publications/riparian-swallows-integrators-landscape-change-multiuse-river-system

    Alberts, J.M., Sullivan, S.M.P. and *A. Kautza. 2013. Riparian swallows as integrators of landscape change in a multiuse river system: implications for aquatic-to-terrestrial transfers of contaminants.  Science of the Total Environment  463-464: 42-50. Ma ...

  3. Bright lights, big city: influences of ecological light pollution on reciprocal stream-riparian invertebrate fluxes.

    https://senr.osu.edu/about-us/publications/bright-lights-big-city-influences-ecological-light-pollution-reciprocal-stream

    Meyer, L.A., and S.M.P. Sullivan. 2013. Bright lights, big city: influences of ecological light pollution on reciprocal stream-riparian invertebrate fluxes.  Ecological Applications  23: 1322-1330. Mažeika Sullivan Journal article ...

  4. Pathways and consequences of contaminant flux to Acadian Flycatchers (Empidonax virescens) in urbanizing landscapes of Ohio, USA.

    https://senr.osu.edu/about-us/publications/pathways-and-consequences-contaminant-flux-acadian-flycatchers-empidonax

    Rowse, L., A.D. Rodewald, and S.M.P. Sullivan. 2014. Pathways and consequences of contaminant flux to Acadian Flycatchers (Empidonax virescens) in urbanizing landscapes of Ohio, USA.  Science of the Total Environment  485-486:   461-467. Mažeika Sullivan ...

  5. Shifts along agricultural-forest transitions of two streams in central Ohio, USA.

    https://senr.osu.edu/about-us/publications/shifts-along-agricultural-forest-transitions-two-streams-central-ohio-usa

    Goss, C.W., P.C. Goebel, and S.M.P. Sullivan. 2014. Shifts along agricultural-forest transitions of two streams in central Ohio, USA.  Agriculture, Ecosystems, and Environment  197: 106-117. Mažeika Sullivan Journal article ...

  6. Associations between stream hydrogeomorphology and codependent mussel-fish assemblages: evidence from an Ohio, USA river system.

    https://senr.osu.edu/about-us/publications/associations-between-stream-hydrogeomorphology-and-codependent-mussel-fish

    Bey, C. and S.M.P. Sullivan. 2015. Associations between stream hydrogeomorphology and codependent mussel-fish assemblages: evidence from an Ohio, USA river system.  Aquatic Conservation: Marine and Freshwater Ecosystems  25: 555-568. Mažeika Sullivan Jour ...

  7. Short-term consequences of lowhead dam removal for fish assemblages in an urban river system. 

    https://senr.osu.edu/about-us/publications/short-term-consequences-lowhead-dam-removal-fish-assemblages-urban-river

    Dorobek, A.C., Sullivan, S.M.P., and A. Kautza. 2015. Short-term consequences of lowhead dam removal for fish assemblages in an urban river system.  River Systems.   21/2–3: 125-139. Mažeika Sullivan Journal article ...

  8. Riverine landscape patch heterogeneity drives riparian ant assemblages

    https://senr.osu.edu/about-us/publications/riverine-landscape-patch-heterogeneity-drives-riparian-ant-assemblages

    Tagwireyi, P. and S.M.P. Sullivan. 2015. Riverine landscape patch heterogeneity drives riparian ant assemblages.  PLoS ONE  10(4): e0124807. Mažeika Sullivan Journal article ...

  9. Spatially-dependent human alterations drive fish assemblage composition in a modified river system.

    https://senr.osu.edu/about-us/publications/spatially-dependent-human-alterations-drive-fish-assemblage-composition

    Kautza, A. and S.M.P. Sullivan. 2015. Spatially-dependent human alterations drive fish assemblage composition in a modified river system.  River Systems. 21/2–3: 93-108. Mažeika Sullivan Journal article ...

  10. Ecosystem structure emerges as a strong determinant of food-chain length in linked stream-riparian ecosystems.

    https://senr.osu.edu/about-us/publications/ecosystem-structure-emerges-strong-determinant-food-chain-length-linked-stream

    Sullivan, S.M.P., Hossler, K., and C.M. Cianfrani. 2015. Ecosystem structure emerges as a strong determinant of food-chain length in linked stream-riparian ecosystems.  Ecosystems. 18: 1356-1372. Mažeika Sullivan Journal article ...

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