My research aims to improve our understanding of the physiological responses of marine invertebrates to natural and human-driven environmental change. Specifically, I am interested the role of epigenetics, processes that can alter gene activity without changes to the underlying DNA sequence, in mediating environmental responses in shellfish. I am using the Pacific oyster (Crassostrea gigas) as a model to examine the role of DNA methylation in regulating interactions between genes and the environment. Through this work I hope to better understand the pathways through which environmental contaminants, such as endocrine disruptors, induce physiological changes and to determine whether these induced changes can be passed on to future generations
My broad research interest is how abrupt and unexpected environmental changes affect natural populations. These environmental changes are frequently caused by human activities. My current study system is Pacific oysters in Puget Sound, WA and how they are affected by ocean acidification and other stressors that are prevalent in the Sound. I use a variety of tools to look at the response of oysters to stresses across life history stages. These tools include assays of developmental stage and calcification, transcriptomics (gene expression), and proteomics (protein expression).
My previous work has included research into the effects of fishing pressure on current population genetic diversity in lingcod (at Stanford), how dam removal impacts rainbow trout and steelhead in Pacific Northwest rivers (at NOAA’s Northwest Fisheries Science Center), and investigating if outmigration life history strategies are heritable in Snake River fall run Chinook (also at NWFSC).
I am from Wisconsin and am now in the graduate program with SAFS. My research is in Sablefish reproduction, specifically methods of sperm activation/extension, morphology and cryopreservation. I spend most of my time at the NOAA Manchester research station on the Kitsap Peninsula. I have an Integrated Science and Business undergraduate degree and have spent time at the New England Aquarium (Jellyfish), Phylonix (Zebrafish), the Madison Zoo (education) and at the Great Lakes WATER Institute. In the Goetz lab at WATER my focus was genetic selection of Yellow perch, morphology of Lake trout and reproduction of Black pacu along with designing remote aquaculture monitoring systems.
I am currently a masters student in Steven Roberts’ lab at the University of Washington in the School of Aquatic and Fishery Sciences. My general research interests are studying aquatic ecosystem health as a function of environmental change, with an emphasis on the study of epigenetics.
If you are interested in joining our lab group, please see Information for Prospective Students.
I grew up in Chicago (proper), but have always had a penchant for the ocean and all things ocean related. During high school I got my ocean-fix by volunteering at the John G. Shedd Aquarium and working at a SCUBA shop (yes, there is plenty of SCUBA diving in the Midwest). However, life on the seashore remained elusive until college when I trucked across the Eastern US to spend my days searching seagrass beds for pipefish at Eckerd College in St. Petersburg, Florida. Having seen what the Atlantic Ocean had to offer I headed out west in 2009 to live on the coast of the Pacific Ocean (well really Puget Sound) and obtatain a MS at the University of Washington School of Aquatic and Fishery Sciences. Currently -
The goal of my research is to use molecular tools to uncover the biological pathways being affected by these changing ocean conditions. This work will hopefully shed some light on possible molecular indicators that we can use to monitor the health of an ecosystem in regards to CO2 concentrations as well as better understand the relationship between various molecular pathways and their physiological roles in responding to adverse environmental conditions. Currently - PhD. Program at UBC.
Harry Podschwit; UW notebook
Manel Khan; UW notebook
Lexie Miller; UW FISH499 paper
Zac Halls; UW notebook
Amanda Davis FISH499; UW paper
Christina Miller FISH498; UW notebook
Rony Thi; UW notebook
Timothy Green; University of Queensland
Adelaide Rhodes; Visiting Scholar website
Kevin Jeong; UW FISH499 notebook
Tatyana Marushchak; UW Chemistry project
Juliann Clark; UW project
Tushara Saint Vitus; UW SAFS project
Lindsay Braun; Santa Clara University project
Mairead Bermingham; N Univ of Ireland, Cork project
Zachary Schiller; Tufts University project