Noah Bressman

Salisbury University, Chapman University

Papers

Total Citations

H-Index

About

Noah Bressman is a leading researcher in functional morphology and the biomechanics of amphibious and burrowing fishes. His work explores how fish use mucus, scale structure, and body movements to transition between aquatic and terrestrial environments, as well as how they interact with sediment. Bressman’s most-cited study on the Northern Snakehead reveals how its mucus reduces friction on land and how scale anisotropy aids terrestrial locomotion—insights critical for understanding invasive species dispersal. His research on Atlantic hagfish documents a novel biphasic burrowing behavior, showing how these ancient fish use both head-first and tail-first digging to move through muddy substrates at depths over 100 meters. With each of his top papers garnering 3 citations, Bressman’s work is foundational for the emerging field of amphibious fish biology. He is known for combining high-speed videography, kinematic analysis, and field observations to uncover how fish solve the physical challenges of moving on land and through sediment—work that has implications for robotics, invasive species management, and evolutionary biology.