Brook O. Swanson

Brook O. Swanson is a Professor of Biology at Gonzaga University specializing in comparative physiology. His teaching emphasizes organismal function and its applications to human health and conservation through courses including Human Physiology, Marine Biology, and Field Studies in Biodiversity.

His academic credentials include:

• Ph.D. in Biology from Northern Arizona University
• B.S. in Biological Sciences from Florida Institute of Technology

Dr. Swanson's research investigates the evolution of animal form and function through biomechanical analysis of complex systems. His work focuses on sexually selected weapons in arthropods (beetles, crabs) and biomaterials like spider silk, examining how mechanical properties drive evolutionary adaptations across diverse taxa. The Swanson Lab actively integrates undergraduate researchers into field and laboratory studies, emphasizing hands-on scientific inquiry.

Analysis of his publication record reveals consistent themes in evolutionary biomechanics spanning arthropod weaponry, fish locomotion, and biomaterial performance. His work bridges functional morphology with ecological and behavioral contexts, particularly in cichlid fishes and arthropod models, demonstrating how mechanical constraints shape evolutionary trajectories across 15 years of high-impact research.

Dr. Swanson mentors numerous undergraduate researchers evident through student co-authorship on publications. His lab operates as a collaborative hub with projects like the University of Montana partnership on rhinoceros beetle evolution, where students participate in full research cycles from experimental design to publication. While specific grants aren't detailed, this sustained collaborative work indicates robust external funding support.

The Swanson Lab functions as Gonzaga's center for evolutionary biomechanics research, currently investigating rhinoceros beetle horn evolution through an integrated approach connecting genetic mechanisms to mechanical performance and ecological fitness. This work exemplifies his commitment to training undergraduates in cutting-edge, interdisciplinary research that spans molecular to organismal levels.