Marine Ecological Genomics
Two semesters of undergraduate biology. Previous coursework in genetics or bioinformatics (or permission of the instructor) is recommended.
Marine Ecological Genomics scholarships are available for students in 2018! See the Financial Support & Scholarships page for details.
This course combines an introduction to the field-based and analytical components of marine ecological genomics research. Fieldwork will focus on sampling of the invertebrate and bacterial communities within the intertidal zone of Appledore Island in the Gulf of Maine. An extensive introduction to common and emerging genomics analytical techniques will include: next generation sequence analysis, phylogenomics, differential gene expression and population genomics.
In this course, students will:
- Understand the application of genetic variation within and between species and how it can be used to better understand ecological and evolutionary processes;
- Learn modern genomics technologies and data analysis techniques;
- Develop a hypothesis and experimental design that incorporates genomics approaches.
Students will contribute to the Earth Microbiome Project, a long-term, collaborative ecological research program focused on characterizing the Earth’s microbial communities across a wide range of ecosystems. Students will become proficient in the R statistical programming environment and will conduct independent research using data from Appledore Island.
Interested in a student's perspective on genomics research at SML? Sarah Samorodinsky (Cornell '18) was an undergraduate research intern working with Dr. David Plachetzki on Appledore Island in summer 2016. Sarah chronicled her intership in a blog: Ecological Genomics @ Shoals Marine Lab. Check it out!
Assistant Professor, Department of Molecular, Cellular, and Biomedical Sciences, University of New Hampshire
Dr. Plachetzki's research focus revolves around questions like: How does evolution proceed from common starting points and go on to generate the amazing display of biodiversity we see today? The evolutionary origins of novel and complex forms has puzzled biologists since before Darwin’s time and persists as one of the central questions in evolutionary biology. Research in the Plachetzki Lab at UNH sheds light on this question by using the origins and evolution of the animal sensory systems as a model. Dr. Plachetzki's approach integrates genomic, wet lab and behavioral data using phylogenetic methods. He is most interested in the sensory systems of Cnidaria, which are the evolutionary sister to bilaterians, and in those of other taxa that occupy key positions in the animal tree of life.