Marine Biology (M.S.) Spotlight

Abigail's research investigates the cumulative impact of water temperature and anthropogenic noise on the settlement behavior of larval blue mussels (Mytilus edulis).

Jessica's research investigates the use of enriched live feed to introduce zebrafish to soybean meal in early life stages.

Natalie's research focuses on analyzing how antibiotic resistant genes (ARGs) vary both specially and temporally in the Great Bay Estuary, as well as examining their presence in local oyster populations.

My research studies the effects of early exposure to high-temperature exposure on fish phenotypic plasticity.

My research focuses on understanding the physiological effect of water quality on Eastern oysters.

Selina's research will collaborate with local shellfish farmers to use DIY technologies to measure oyster behavioral responses and improve aquaculture outcomes.

Gabrielle's research focuses on microplastics in estuarine sediments, specifically how microplastic abundance and type vary between multiple estuarine habitats.

Ryan Adams is trying to understand the degree of upstream passage through historical dam sites and other barriers to migration.

Sasha is working with the Penobscot Nation to use acoustic telemetry as a method of tracking Rainbow smelt movements in the Penobscot River, ME.

Rachel's work involves using bioacoustics (passive acoustic monitoring) and environmental sea ice data to understand shifts in bearded seal breeding phenology and calling behavior in relation to climate change in Alaska. 

Chloe Pearson's uses acoustic telemetry to better understand the habitat use of rainbow smelt, including location, usage and use timing.

Shelby Perry studies the effects of stocking density and light on the growth and aggression of juvenile lumpfish.