Principal Investigator

Tim Higham

Ph.D.: University of California, Davis

Postdoc: Harvard University


Click HERE for Tim's CV

Click HERE for Tim's Google Scholar profile

Click HERE for Tim's ResearchGate profile

Graduate Students

Grace Freymiller
Graduate Student (PhD), Joint Doctoral Program between UCR and SDSU
Since August, 2016

I am fascinated by predator-prey systems, particularly predator-prey coevolution. I am interested in understanding how traits of both predators and prey (e.g. morphology, aspects of locomotion, behavior) affect success for either party. My current research is focusing on the prey side of this relationship by studying behavioral and biomechanical features of kangaroo rat evasive maneuvers in response to rattlesnake strikes.

Jessica Tingle
Graduate Student (PhD)
Since August, 2015
Jess was an undergrad at Cornell University,

Ecosystems around the world have produced assemblages of animals resembling each other very closely in their adaptations to environmental difficulties. The questions that arise concerning these systems drive my desire to study them scientifically. As a graduate student at UC Riverside, I will delve into the biomechanics and evolution of limbless locomotion, perhaps focusing on several species of sidewinding vipers found in deserts of North America, Africa, and the Middle East.

Click HERE for Jessica's website

Emily Naylor
Graduate Student (PhD)
Since August, 2015
Emily was an undergraduate at Ohio University

My research interests center on how morphology functions in natural settings and responds to various pressures, namely in tetrapods. Integrating form, function, behavior, and ecology, I aim to explore phenotypic diversity with a combination of fieldwork and lab-based approaches. I thereby hope to achieve a more holistic understanding of how an organism and its morphology succeed in a particular environment.

Vicky Zhuang
Graduate Student (PhD)
Since August, 2012
Vicky was an undergraduate at UC Berkeley (Adviser: Robert Dudley)

I'm interested in understanding morphological evolution by examining patterns of morphospace occupation through time and the resulting functional implications. My current research focuses on examining the evolution of the gecko adhesive system, and the associated structural reorganization of the foot, using methods like geometric morphometrics to describe taxa in mathematical spaces.