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graduate students

After the dam comes out: groundwater-stream interactions and water quality impacts of former reservoir sites

Next week, the Watershed Hydrology Lab will be well represented at the CUAHSI 2014 Biennial Colloquium. We’ll be presenting four posters, so here come the abstracts… After the dam comes out: groundwater-stream interactions and water quality impacts of former reservoir sites Krista Brown and Anne Jefferson Over that past decade, …

Brock Freyer defends his MS on the Mighty Mississippi

Today, Brock Freyer will be defending the results of his M.S. research. The title of his research project is: Fluvial Response to River Management and Sediment Supply: Pool 6 of the Upper Mississippi River System, Southeastern Minnesota. Brock’s committee is composed of Anne Jefferson (advisor), John Diemer and Ross Meentemeyer. …

Mackenzie Osypian defends her thesis on stream restoration and transient storage

Mackenzie Osypian is defending her MS research in Civil Engineering at UNC Charlotte, April 22nd at 4:00 pm in McEniry Hall 441 on the UNC Charlotte campus. Mackenzie is advised by Anne Jefferson and Sandra Clinton. John Daniels and Jim Bowen are on her committee. Mackenzie’s research is titled: “Evaluating …

Brandon Blue proposal defense, Thursday, 9:30 am

Watershed Hydrogeology Lab student Brandon Blue will defend his project proposal on Thursday morning, March 1st, at 9:30 am in Cameron room 250. Brandon’s proposal is titled: Seasonal Urban Stream Temperature Response to Storm Events Within the Northern Piedmont of North Carolina. Please join us for the public presentation of the …

Exciting times in the Watershed lab

The last few months have been busy, busy, busy for the members of this research group, and now, with the semester over, our hard work is starting to pay off. Brock Freyer has accepted a job with Three Parameters Plus, an environmental consulting firm based out of Anchorage, Alaska. He’ll …

Is Anne a hydrologist? geomorphologist? hydrophillic geologist? or whathaveyou?

The major theme of my research is analyzing how geologic, topographic, and land use variability controls hydrologic response, climate sensitivity, and geomorphic evolution of watersheds, by partitioning water between surface and ground water. The goal of my research is to improve reach- to landscape-scale prediction of hydrologic and geomorphic response to human activities and climate change.