Several Ph.D. assistantships are available in the Department of Land Resources and Environmental Sciences at Montana State University. These assistantships commence in August of 2008 and are based in Bozeman, MT – an outdoor enthusiast’s paradise!
Students will pursue questions in one of three broad research areas: 1) elucidating geomorphic and hydrologic controls on habitat diversity and biotic processes (e.g., biogeochemistry, productivity, metabolism, greenhouse gas emissions) in floodplain ecosystems; 2) developing novel, agent-based modeling approaches to simulate transport and biotic uptake of solutes from stream channels and hyporheic zones of gravel-bedded streams; and 3) linking geomorphology and hydrology to fish habitat diversity and utilization in mainstem rivers of Montana.
Students will work with Dr. Geoffrey Poole and will apply quantitative research techniques including simulation modeling, GIS analysis, and/or remote sensing, coupled with ample opportunities for field data collection and laboratory experiments and analyses.
Successful applicants will be highly self-motivated and creative problem solvers with excellent computer skills. As members of collaborative and interdisciplinary research teams, students must also possess outstanding interpersonal and writing skills. More information, including application instructions, can be found at http://www.eco-metrics.com/MSU/
Students will pursue questions in one of three broad research areas: 1) elucidating geomorphic and hydrologic controls on habitat diversity and biotic processes (e.g., biogeochemistry, productivity, metabolism, greenhouse gas emissions) in floodplain ecosystems; 2) developing novel, agent-based modeling approaches to simulate transport and biotic uptake of solutes from stream channels and hyporheic zones of gravel-bedded streams; and 3) linking geomorphology and hydrology to fish habitat diversity and utilization in mainstem rivers of Montana.
Students will work with Dr. Geoffrey Poole and will apply quantitative research techniques including simulation modeling, GIS analysis, and/or remote sensing, coupled with ample opportunities for field data collection and laboratory experiments and analyses.
Successful applicants will be highly self-motivated and creative problem solvers with excellent computer skills. As members of collaborative and interdisciplinary research teams, students must also possess outstanding interpersonal and writing skills. More information, including application instructions, can be found at http://www.eco-metrics.com/MSU/
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