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| Research Interests |
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| I am investigating how stream stability restoration projects impact diatom communities in urban streams on the western Coastal Plain Physiographic Province, Maryland. The number of stream restoration projects in the Chesepeake Bay watershed has increased rapidly in recent years, but thorough research into the effects of restoration on biological communities has been lacking. Stability restoration projects are not designed to recover biological communitities, but they do represent a substantial alteration of channel geometry and flow patterns. I am attempting to quantify how stability restoration projects alter channel complexity, and I hypothesize that these alterations will affect how diatom communities respond to and recover from, flood events. Understanding the effects of restoration on diatom communities is important, because the response of diatoms to restoration is poorly studied, and because diatoms are often the dominant primary producers in streams and support organisms higher in the food chain. I also hope to assess directly whether stability restoration projects help stabilize bed and bank sediments. | |||||||||||
| Education |
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| University of Montana, Missoula, Montana (1999-2004)
B.S. Wildlife Biology Neotropical Herpetology (2004) Institute for Tropical Ecology and Conservation Ecology and Systematics of Diatoms (2007) Iowa Lakeside Laboratory | |||||||||||
| Representative Publications | |||||||||||
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Laub, B. G. and M. A. Palmer. Restoration ecology of rivers. Pages 332-341 in Likens, G. E., ed. Encyclopedia of Inland Waters. | |||||||||||
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