The Fluvial Geomorphology Group studies the movement of water, sediment, organic matter, nutrients and other molecules through watersheds to better understand watershed hydrology, geomorphology, and biogeochemistry. We also investigate how watershed land use and river channel restoration practices influence hydrologically mediated processes such as surface-groundwater interaction, sediment transport, and channel evolution.
Fluvial Geomorphology Staff
Fluvial Geomorphology News
Meet Joseph George: New Fluvial Geomorphology Research Technician
He's excited to be working to further understanding of freshwater ecosystems and to improve these systems through research, education, and ... Read More
Meet Our 2018 Summer Interns!
The internship experience allows undergraduates to see if they have the passion and fortitude necessary to meet the challenges of ... Read More
Research Reveals Caddisflies are Ecosystem Engineers
Hydropsychid caddisflies spin silk mesh nets that they use to filter feed. These nets are important ecosystem engineering structures in ... Read More
Scientists Monitor New Wetland Designed for Flood Control and Improved Stream Habitat
Because of flooding caused by Hurricane Sandy, the National Fish and Wildlife Foundation provided Stroud Water Research Center with a ... Read More
Nature’s Engineers: Beavers Provide Benefits to Streams
“Before European colonization, beavers would have been ubiquitous across the northern United States Great Lakes region,” explains Melinda Daniels, Associate Research ... Read More
Land Use Effects on Stream Thermal Regime
In this project, we measure stream temperatures throughout a series of small watersheds with land use ranging from very urbanized ... Read More
Welcome Summer Interns!
Stroud Center's internship program, now in its 44th year, has ushered through hundreds of interns who have come in search ... Read More
Crayfish May Help Restore Dirty Streams, Study Finds
Stroud Water Research Center study finds crayfish may benefit insects, reduce sediment settling in impaired streams ... Read More
