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Stroud Center

Demonstrating Low-Cost Methods for Reforestation

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Four sites in New York, Pennsylvania, and Maryland will demonstrate options for improving the cost-effectiveness of reforestation methods, including direct seeding, innovative fencing in lieu of tree shelters, live stakes, improved methods for managing herbivore competition, and more.

Three crayfish in a dish of water.

Crayfish May Help Restore Dirty Streams, Study Finds

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Stroud Water Research Center study finds crayfish may benefit insects, reduce sediment settling in impaired streams.

Kristen Jellison sampling White Clay Creek.

Former Intern Embarks on Collaborative Research to Make Drinking Water Safer

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While an intern at the Stroud Center, Kristen Jellison, Ph.D., got her first taste of investigative scientific research, and she was immediately hooked.

David Arscott, Kristen Jellison, and Jinjun Kan.

Scientists Study How to Keep Pathogens Out of Drinking-Water Sources

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Stroud Center scientists are studying how well best management practices on farms protect drinking-water sources from pollution.

Rhamphomyia longicauda in copula

Sharing Our Science: Winter-Spring 2016

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For the long-tailed dance fly, every night is ladies’ night, Dave Funk explained in a lecture a University of Delaware insect ecology class.

Publication title with image of a mayfly

Seasonal dynamics of the soil microbial community structure within the proximal area of tree boles: possible influence of stemflow

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Rosier, C.L., D.F. Levia, J.T. Van Stan, A.K. Aufdenkampe, and J. Kan. 2016. European Journal of Soil Biology 73:108–118.

Publication title with image of a mayfly

Geochemistry and mixing drive the spatial distribution of free-living archaea and bacteria in Yellowstone Lake

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Kan, J., S. Clingenpeel, C.L. Dow, T.R. McDermott, R.E. Macur, W.P. Inskeep, and K.H. Nealson. 2016. Frontiers in Microbiology 7(210):1–13.

A stream cascade in Lofty Creek, Pennsylvania.

Resilience of aquatic net-spinning caddisfly silk structures to common global stressors

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Albertson, L.K., and M.D. Daniels. 2016. Freshwater Biology 61(5):670–679.

Publication title with image of a mayfly

Detecting signatures of competition from observational data: a combined approach using DNA barcoding, diversity partitioning and checkerboards at small spatial scales

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Bringloe, T., S. J. Adamowicz, V. F. I. Harvey, J. K. Jackson, K. Cottenie. 2016. Freshwater Biology 61:646–657.