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个人简介
My laboratory’s research focuses on the interactions of metals and metalloids with marine organisms. This work is aimed at evaluating the bioavailability and fate of metals, including important long-lived radionuclides associated with nuclear wastes, in marine organisms. Our research examines various processes regulating the uptake and trophic transfer of these contaminants in marine food webs.
Some of this work has explored the nature of binding of metals to diverse types of particles and the influence these have on the extent to which the metals are in a biologically available form. The effects of chemical and phase (particulate, dissolved, colloidal) partitioning of metals on their bioaccumulation in marine food webs are assessed. Particle types considered include abiotic particles such as suspended sediments (e.g., iron oxides with and without organic coatings, clay particles, calcite crystals) and living particles (e.g., phytoplankton cells, bacterioplankton). As well, research has focused on the adsorption/desorption of metals to biogenic detrital matter and the influence this material can have on the vertical flux and geochemical cycling of metals in diverse oceanic regimes, including open ocean and continental shelf waters.
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Marine pollution bulletin (2023): 115533-115533
Ecotoxicology (London, England)no. 8 (2023): 959-976
Marine pollution bulletin (2022): 113442-113442
D. C. Evers, A. K. Sauer,D. A. Burns,N. S. Fisher, D. C. Bertok,E. M. Adams, M. E. H. Burton,C. T. Driscoll
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