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Chen

Baoshan Chen, Research Associate (SBU)

My research interests lie in solving fundamental questions related to regional and global biogeochemical cycles, including oceanic inorganic carbon cycling, eutrophication, ocean acidification, and hypoxia/anoxia, specifically with a focus on the anthropogenic perturbation, mechanisms controlling sources and sinks of CO2 in the oceans, and impacts of CO2 on marine ecosystems.  Chen Google Scholar Site

Beltz

Brandon Beltz, MS student (SBU)

Raised on the Great Lakes, I was born with a passion for large bodies of water. While earning my B.S. in Biology at Grand Valley State University in Grand Rapids, MI, I gradually set my sights on the oceans. Trained in population ecology and genetics, I conducted a 4-year study tracking the historic distribution of the bold jumping spider, Phidippus audax, using mitochondrial haplotypes. While investigating the mechanisms driving these distributions, I found analogous examples of distribution shifts in marine species. I found myself preferentially reading marine literature rather than terrestrial literature and decided to pursue marine biology. Within the marine sciences, my interests are broad, but centered around the interactions between humans and the ocean. My current research is focused on climate-related distribution shifts in marine fish. Using ecosystem-based modeling, we can relate climate projections with predicted spatial and temporal shifts in the abundance and distribution of species. In doing so, we can make predictions about the impact that species-level changes will have on marine ecosystems, and, ultimately, learn more about how we are affecting the oceans.

Dowd

Sally Dowd, Technician (UNC)

Growing up near the coast in North Carolina, I gained immense respect for and interest in the marine environment. I recently graduated from the University of California, Berkeley with a B.S. During undergrad, I conducted fisheries, coral reef, and shark ecology research. More recently, I have used economic and ecological modeling to explore the implications associated with a hypothetical mesopelagic zone fishery off of the US West Coast. My research to date and my intention for future work centers around how humans can, and do, profoundly impact the ocean. As a current research technician for the Nye laboratory, I am helping run experiments to examine how climate change can impact fish distribution. In the future, we aim to input the results of these experiments into an ecosystem-based food web model. I am excited to continue to conduct fisheries ecology research with policy relevant implications.

Fernwick

Ileana Fenwick, PhD student (UNC)

I am a PhD student in the Marine Science Program at UNC-Chapel Hill. I received my B.S. in Marine and Environmental Science from Hampton University in 2020 and am a Bowie, MD native.  My primary research focus is to understand how valuable marine fisheries and the interactions within them are shifting in response to climate change. I hope to use my passions for ecology, quantitative fisheries, and policy to further inform effective management strategies for our oceans.

Gruenburg

Laura Gruenburg, Postdoctoral scholar (SBU)

I am a physical oceanographer interested in the interactions between biological and physical systems as well as the exchange and redistribution of physical properties between ocean basins. My past work has focused on the interbasin heat exchange between the Pacific and Indian Oceans via the Indonesian Throughflow; I studied how this “Pacific heat” is distributed in the Indian Ocean and its impacts on air-sea interaction and regional climate. Currently I am working on understanding bio-physical interactions within the New York Bight. I am interested in how changes in physical properties such as the temperature/salinity stratification affect biological systems.  Laura’s Gruenburg Google Scholar Site

Mahoney

Richard Mahoney, Technician (UNC)

While growing up in the Mid-West I built a great passion for the outdoors, these passions drove me to want to make a difference in aquatic sciences. After high school, I went on to receive my B.S. in Fisheries and Water Resources from the University of Wisconsin-Stevens Point in 2016. During my undergraduate degree I conducted field and laboratory fisheries research. Following graduation, I went on to work as a research technician for the University of North Carolina – Chapel Hill Institute of Marine Sciences (UNC IMS) Fisheries Ecology lab until the Fall of 2018. In the Spring of 2019, I started graduate school at the University of Central Florida Marine Ecology and Conservation Lab (UCF MEC Lab) where my thesis research explored how coastal salt marsh restoration in Northeast Florida impacted the fishes and mobile decapod communities. I graduated with his M.S. in the Fall of 2020 and transitioned to working as a lead research technician at the UNC’s IMS Nye Fisheries Lab. Here I am working on performing experiments to determine critical temperature tolerances for coastal species to help inform future models of species distributions and food webs.

Weisberg

Sarah Weisberg, PhD student (SBU)

Sarah Weisberg is a PhD student in the Nye Lab, studying climate change impacts and resilience in marine food webs. She is currently using the Ecopath with Ecosim modeling framework to explore past and possible future emergent changes in the Gulf of Maine food web, with a focus on understanding the relationship between predatory fish assemblages and food web resilience. Sarah is co-founder of the NYC-based non-profit BioBus, a science outreach organization which has reached over 350,000 students since 2008. She has served as Chair of the Mobile Laboratory Coalition and as co-founder of SOWING: a network for science outreach. Prior to launching BioBus, Sarah completed a BA at Harvard College and an MSc in Cell Biology at the Weizmann Institute of Science. She is passionate about building inclusive science communities and using scientific research to advance equity.