Assistant Professor, Environmental Science; School of Earth and Environment
I am an aquatic biogeochemist seeking to answer fundamental questions about the interactions between human-induced global change and energy and materials transformations at the sediment-water interface. The chemical, physical, and biological processes hosted in aquatic soils and sediments are central to the global elemental cycles that make our planet habitable. I use a combination of extremely high-resolution chemical sensors, stable isotope- and radioisotope-based biogeochemical process rate measurements, flux measurements, diagenetic modeling, and long-term, in situ environmental monitoring in my research.
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About Charles Schutte
I am an aquatic biogeochemist seeking to answer fundamental questions about the interactions between human-induced global change and energy and materials transformations at the sediment-water interface. The chemical, physical, and biological processes hosted in aquatic soils and sediments are central to the global elemental cycles that make our planet habitable. I use a combination of extremely high-resolution chemical sensors, stable isotope- and radioisotope-based biogeochemical process rate measurements, flux measurements, diagenetic modeling, and long-term, in situ environmental monitoring in my research.
| 2019 - Present | Assistant Professor, Environmental Science, Rowan University ‐ School of Earth & Environment | |
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| 2017 - 2019 | Research Scientist, Louisiana Universities Marine Consortium | |
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| 2014 - 2017 | Postdoctoral Scientist, Max Planck Institute for Marine Microbiology | |
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Disciplines
Research Interests
| 2014 | PhD Marine Science, University of Georgia | |
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| 2007 | B.S. Environmental Science, University of North Carolina at Chapel Hill | |
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