Tara Duffy

Tara Duffy is the Associate Dean for Belonging and Engagement and a Teaching Professor at Northeastern University's Department of Marine and Environmental Sciences within the College of Science. Her research focuses on how marine organisms, particularly fish, respond to pollutants at genetic, individual, and population levels, with significant work in aquaculture systems. She teaches courses in marine sciences, oceanography, food security, and science communication, emphasizing effective scientific communication in her pedagogy.

Prior to Northeastern, she taught at Stony Brook University and the Louisiana Universities Marine Consortium, with professional experience at institutions like the U.S. Geological Survey and Scottish Association for Marine Science. She actively promotes LGBTQIA+ inclusion through initiatives like the 'You Are Welcome Here' campaign in her department. Though she does not directly mentor graduate students, she contributes to Northeastern's Three Seas Program for marine biology master's students. Her work bridges environmental science, toxicology, and marine conservation, addressing ecological challenges in aquatic ecosystems.

Dr. Duffy's research trends span endocrine disruptors' impacts on fish physiology, geographic variation in sex determination mechanisms, and interactions between environmental stressors like hypoxia and pollutants. Her recent articles highlight studies on salmon, sturgeon, and anchovy responses to chemical contaminants, contributing to aquaculture sustainability and marine conservation strategies.

• Scientific Contributions: Over 15 peer-reviewed articles on fish biology, toxicology, and marine environmental science.
• Teaching Innovations: Development of courses integrating food security and marine communication.
• Advocacy: Leadership in fostering inclusive academic environments through diversity initiatives.

Labs and Collaborations: Associated with the Marine Science Center at Northeastern, collaborating with institutions on aquaculture and pollution research. Her work often combines field studies with molecular biology techniques to assess ecological resilience.