Caption: Sampling pore waters from sediment in an anaerobic glove bag during drilling on the Baltic Sea. We'll be returning to the Baltic as part of an exciting collaboration with WHOI, URI, and IOW studying suboxic zones!
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Dr. Dalton Hardisty
Lab PI and Assistant Professor Postdoc: Woods Hole Oceanographic Institution PhD: Earth Science, University of California, Riverside MS: Geology, Indiana University BS: Environmental Science, Indiana University Contact: [email protected] Google Scholar |
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Dr. Todd Lydic
Lab Manager, mass spec specialist PhD: Physiology, Michigan State University BS: Biochemistry, Michigan State University BA: Sociology, Michigan State University Todd also manages the neighboring Collaborative Mass Spectrometry Core at Michigan State University. Contact: [email protected] Google Scholar |
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Dr. Janet Burke
NSF Ocean Sciences Postdoctoral Fellow PhD: Geology and Geophysics, Yale University BS: Biological Sciences, Smith College Broadly, I am interested in the response of marine organisms to environmental changes in both modern and ancient oceans. For my PhD thesis with Dr. Pincelli Hull I studied the morphology and metabolism of planktonic foraminifera in relation to fluctuations in abiotic conditions using live cultures, sedimentary assemblages, and 3D models. As part of the Hardisty Lab, I will be working to test and disentangle the potential biological and environmental factors that influence the foraminiferal I/Ca paleoredox proxy to improve its application and interpretation. Contact: [email protected] Google Scholar |
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Keyi Cheng
PhD student MS: Geology, University of New Mexico BS: Geochemistry, China University of Geosciences, Wuhan I/Ca ratio is a potential redox indicator sensitive to oxygen changes in local ocean water. However, the iodine oxidation/reduction mechanism is not fully understood, making it hard to quantitatively reconstruct the paleoredox conditions. My research focuses on understanding the mechanisms of iodine redox reactions and the ocean budget of iodine in the modern ocean. I am also very interested in reconstructing redox states of ancient oceans using I/Ca and other proxies. Contact: [email protected] |
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Alexi Schnur
PhD student BS: Microbiology and Astronomy, University of Michigan Contact: [email protected] I am interested in element cycling in the modern ocean, especially that relating to iodine redox speciation, and the future implications that this type of study has on Astrobiology and planetary research. My research focuses on constraining the drivers of reactions and processes that lead to the observed spatial variability of iodine redox species found in the modern surface ocean, through seawater analysis with spectrophotometry, ICP-MS, and MC-ICP-MS. As reactions of ozone with iodine at the sea surface are significant sinks for tropospheric ozone, an understanding of these constraints will directly inform climatological atmospheric models of the impact of sea surface iodine concentrations on tropospheric ozone levels. |
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Kirsten Fentzke
MS student Kirsten is studying euphotic iodine cycling in the Atlantic. She recently sailed on the Atlantic Meridional Transect, where she performed incubations and collected samples. |
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Watts Dietrich
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Coming July 2024!!!
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Our research group is proud to have NSF-funded collaborations at Woods Hole Oceanographic Institution and Penn State University. Maintaining links to the expertise, clean lab, multi-collecter ICP-MS instrument, and research vessel access featured at WHOI is important for our scientific success, but can also be a pivotal experience for any graduate student or postdoc joining our lab. Follow the links below to learn more about opportunities with our collaborators in the WHOI Nirvana Lab, Hansel lab in Microbial Geochemistry, Wankel Stable Isotope Biogeochemistry Lab, and Lau lab at PSU.
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