Biological Sciences

Biological Sciences
Students from Marine Immersion at Shoals Marine Lab

 

Explore the Department of Biological Sciences

 

Why do complex systems, from cells to populations, organize themselves and behave the way they do? That is the core question the biological sciences seek to answer.

In the Department of Biological Sciences, your search for answers will take you beyond the textbook and the classroom.

You can actively participate in lab- and field-based research in state-of-the-art facilities both on and off campus, as well as take advantage of the region’s varied natural habitats. New Hampshire boasts a stretch of the Atlantic coastline, alpine habitats in the White Mountains, forests, fields, and more than 1000 lakes and associated wetlands.  You can take advantage of our extensive network of research and teaching facilities, including the Jackson Estuarine Laboratory, the Shoals Marine Laboratory, and farms and greenhouses that are part of the New Hampshire Agricultural Experiment Station.

You can work side-by-side with faculty on research projects that have major impacts on their fields, and apply for grants to fund your own projects.

You will find a wealth of resources relating to your work and your education, because we know that the most powerful learning happens through doing, seeing and experiencing. 

You will develop wide-ranging expertise leading you to a great career in (or beyond) biology: 92% of our undergraduate alumni are either employed or are pursuing graduate education. Our graduate students develop research and professional skills that lead to employment and success in diverse areas across industry, government, public service and academia.

Prepare yourself for success. Go beyond!

 

  • A photo of graduate student Reece Ciampitti measuring the height of a small tree
    Tree Regeneration in a Freshwater Bog Ecosystem
    Reece's research examines the recruitment dynamics of Atlantic White Cedar in a New Hampshire freshwater bog.
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  • A photo of graduate student Lauren George standing in front of a waterfall
    Environmental Programming in Aquaculture
    My research studies the effects of early exposure to high-temperature exposure on fish phenotypic plasticity.
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  • A photo of UNH student Katherine Pagan Rivera
    Effects of Extreme Events on Early Oyster Life Stages
    My research focuses on understanding the physiological effect of water quality on Eastern oysters.
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  • UNH graduate student Kaitlin Van Volkom poses on a rock in a stream in autumn
    A Native Marine Snail Responds Positively to Climate Change
    Kaitlin focuses on the role that a marine snail plays in their community, and how this may change with warming temperatures.
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  • UNH graduate student Maureen Madray on a boat holding a shark
    Jonah Crab Fine-Scale Movements, Behaviors and Claw Removal Impacts
    Though the use of acoustic telemetry, I am investigating the fine-scale movements of Jonah crabs.
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Innovations in New Hampshire Aquaculture

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A juvenile lumpfish sits at the bottom of a tank.

Optimizing Lumpfish Rearing

Optimizing Lumpfish Rearing

New study examines how changes to light levels and fish density can improve survival rates

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Assistant Professor Michelle Fournet in Dresden, Germany at one of the Kavli Fellow symposia

UNH Scientist Named 2023 Kavli Fellow

UNH Scientist Named 2023 Kavli Fellow

National Academy of Sciences program recognizes outstanding young scientists

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