Andrew M. Mountcastle

Assistant Professor of Biology

Associations

Biology

Carnegie Science Hall, Room 409

207-753-6991amountca@bates.edu

About

Ph.D. in Zoology
University of Washington, Seattle

I am broadly interested in understanding how organisms move through complex, dynamic and often unpredictable environments, and how their morphology reflects adaptations to these locomotory challenges.  My research focuses primarily on insect flight, which offers an exciting system for exploring the links between physiology, ecology and evolution because insects exhibit broad diversity, yet many aspects of flight performance are tightly linked to fitness. Insect flight physiology and morphology are the focus of intense, often competing selective pressures that have truly pushed the envelope of organismal design. Work in my lab lies at the interface of biomechanics, physiology, ecology, evolution, and fluid and structural mechanics. My students and I combine novel experimental techniques, comparative approaches and computational modeling to answer fundamental questions about the design and performance of flying insects.

Please visit my lab’s research page for more detailed information about my work, and feel free to contact me with any inquiries. Visit my lab website.

If you’re looking for a more accessible overview of my research and insect flight in general, head on over to the B-side of my website. The explanations and movies over there are geared towards a general audience.

Selected Publications

Mountcastle A.M., Alexander T.M., Switzer C.M. and Combes S.A. (2016) Wing wear reduces bumblebee flight performance in a dynamic obstacle course. Biol. Lett.12(6).

Mountcastle A.M., Ravi S. and Combes S.A. (2015) Nectar vs. pollen loading affects the trade-off between flight stability and maneuverability in bumblebees. Proc. Natl. Acad. Sci. 112(33):10527–10532.

Mountcastle A.M. and Combes S.A. (2014) Biomechanical strategies for mitigating collision damage in insect wings: structural design versus embedded elastic materials. J. Exp. Biol. 217(7):1108–1115.