Dr. Katie Lotterhos
Dr. Katie Lotterhos is an assistant professor at the Northeastern University Marine Science Center. Her research uses eco-evolutionary genomics to understand how climate has shaped biodiversity and how a now rapidly changing climate will affect biodiversity in the future. To learn more about Dr. Lotterhos’ research, please follow the information below.
: @DrK_Lo
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Dr. Torrie Hanley
Dr. Torrance Hanley is an associate research scientist at the Northeastern University Marine Science Center. She is interested in examining the role of diversity in trophic interactions using seagrass and salt marsh communities. To learn more about Dr. Hanley’s research, please visit the links below or contact her with the information below.
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Dr. Louise Cameron
Dr. Louise Cameron completed her PhD at the Northeastern University Marine Science Center working in the Grabowski and Ries labs. Her research examined bivalve vulnerability and resilience to ocean acidification. She is currently doing a postdoc with Dr. Aleck Wang at Woods Hole Oceanographic Institute, where she is measuring benthic carbonate chemistry across Atlantic sea scallop fishing grounds to create a spatial model of the sensitivity of Atlantic sea scallop fishing grounds in future ocean acidification conditions. To learn more about Dr. Cameron’s research, please use the information below.
: @XXXX
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Andrea Unzueta-Martinez
Andrea Unzueta-Martinez is a doctoral candidate working in the lab of Dr. Jennifer Bowen. Ms. Unzueta-Martinez is interested in understanding the relationship between microbes and their hosts in the context of global change and disease in marine environments. Her research can help to identify ways to make oysters more resilient to changes in the ocean, fight disease, or growfaster. To learn more about Ms. Unzueta-Martinez’ research, please follow the information below.
: @AndreaUnzuetaM
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Sara Schaal
Sara Schaal is a doctoral candidate working in the lab of Dr. Katie Lotterhos. Ms. Schaal is interested in fisheries management, evolutionary adaptation to climate change, how local adaptation leads to population divergence and understanding ecology and evolution through the use of mathematical models. Her dissertation is using an integrated genomic approach to improve our unstanding and management of the Atlantic cod fisheries.
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