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Research projects
- The role of human foot traffic and artificial lighting in southern Appalachian show caves
- The role of sediment chemistry in biologically-mediated ferromanganese deposits in southern Appalachian caves
- Characterization of ferromanganese deposits in southern Appalachian caves, wetlands, and surface waters
- Manganese biomineralization by fungi in southern Appalachian caves
- Microbial ecology in ferromanganese deposits in cave systems, wetlands, and surface waters
- Genetics of both Mn-oxidizing bacteria and fungi
- Valence states of Mn(II/III/IV) in biomineralizing fungal cells
- Biological origins for Mn oxide ore deposits in the southern Appalachians
- Mn-oxidizing bacterial communities in high-elevation wetlands
- The role of anthropogenic impact in Mn cycling in caves
Techniques we typically use
- Illumina sequencing
- culturing of Mn oxidizing bacteria and fungi
- scanning electron microscopy
- transmission electron microscopy
- X-ray diffraction
- electron diffraction
- C/N flash analysis