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Posts Tagged :

Peipoch

Low-Head Milldams as Hotspots for Denitrification and Nitrogen Consumption: Hydrologic and Biogeochemical Controls

800 532 Stroud Water Research Center

As dam removal has increased in recent years in an effort to improve fish habitat and reduce financial liability, few studies have addressed the consequences of these removals for water…

Long-Term Research in Environmental Biology: Trajectory for the Recovery of Stream Ecosystem Structure and Function During Reforestation

800 532 Stroud Water Research Center

Stream restoration in the United States is a multibillion-dollar industry, yet long-term monitoring of its effectiveness is virtually nonexistent. To fill this gap, the Stroud Center restored a portion of…

Evaluating the Effects of Watershed-Scale Agricultural Best Management Practices on Water Quality

800 532 Stroud Water Research Center

In early 2020, stream bank fencing, forested buffers, and barnyard improvements were installed on Amish farms in Lancaster County, Pa. The farms are nested in a small watershed drained by…

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Mill dams impact microbiome structure and depth distribution in riparian sediments

350 210 Stroud Water Research Center

Kan, J., E.K. Peck, L. Zgleszewski, M. Peipoch, and S. Inamdar. 2023. Frontiers in Microbiology 14: 1161043.

Six Stroud Center staff members at a conference.

Sharing Our Science at the National Monitoring Conference

800 450 Stroud Water Research Center

Along with networking and learning state-of-the-art water quality monitoring techniques, we presented our research to hundreds of water quality specialists.

David Arscott and Rafa Morales stand in a stream in Costa Rica.

Tropical Research Reveals Climate Change Impacts on Water Quality

800 450 Stroud Water Research Center

Stroud Center scientists continue to investigate how climate change influences tropical species and ecosystem dynamics.

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Influence of relict milldams on riparian sediment biogeochemistry

350 210 Stroud Water Research Center

Peck, E.K., S.P. Inamdar, M. Peipoch, and A.J. Gold. 2023. Journal of Soils and Sediments 23: 2584–2599.

Closterium algae magnified 20x under a microscope.

A Fresh Look at River Algae in the Delaware River Basin

640 480 Stroud Water Research Center

A novel method to evaluate how algal concentration changes during river floods may be key to more accurately predicting how to keep algae under control. 

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Saturated, suffocated, and salty: human legacies produce hot spots of nitrogen in riparian zones

350 210 Stroud Water Research Center

Inamdar, S.P., E.K. Peck, M. Peipoch, A.J. Gold, et.al. 2022. Journal of Geophysical Research: Biogeosciences 127 (12): e2022JG007138.

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Stream nitrogen uptake associated with suspended sediments: a microcosm study

350 210 Stroud Water Research Center

Bacmeister, E., E. Peck, S. Bernasconi, S. Inamdar, J. Kan, and M. Peipoch. 2022. Frontiers in Environmental Science 10: 1043638.