David Raichlen, Associate Professor
My research centers on understanding the impacts of locomotion and exercise on human evolution. I use experimental biomechanics, comparative methods, and field work to reconstruct physical activity in human ancestors and how these shifts impact health and well-being today. Shifts in these locomotor behaviors define the hominin lineage (e.g., bipedalism) and help explain evolutionary transitions that led to the genus Homo (e.g., endurance exercise). The focus of my research is to understand how and why these locomotor transitions occured and how they impacted our evolutionary history.
James Webber, Ph.D. Student
James is exploring the evoutionary relationship between exercise and cognition. James uses virtual reality to immerse research participants in virtual foraging tasks and examines how exercise affects cognitive performance and how cognition affects exercise performance.
Kelsey Jelenc, Ph.D. Student
Kelsey is examining the effects of maternal physical activity on the health and well-being of offspring. Since humans appear to have evolved within the context of high levels of physical activity, it is possible that offspring development depends, in some part, on the products of maternal activity.
Margaret "Katie" Sayre, M.A. Student
Katie is interested in the evolutionbary physiology of aging around the world. Katie examines how transitions to highly physically active lifestyles influenced the evolution of human aging, and how aging differs among small-scale societies.
Adam Foster, Ph.D.
(currently an Assistant Professor at Campbell University School of Osteopathic Medicine)