Jonathan M. Huie
Evolutionary Ecomorphology
Conceptual schematic of my approach to evolutionary ecomorphology. Inspired by figures from S. Santana and C. Law.
I am interested in how animal phenotypes are shaped by their ecologies and the physical constraints of their environments. My research typically investigates how jaws and teeth are shaped by prey and how body shapes are influenced by habitat.
I take a comparative and integrative approach to my science. I combine experimental methods, high-speed videography, and field work to characterize animal behavior and ecology. I use high-resolution bio-imaging techniques like CT-scanning to visualize anatomy and often apply biomechanical models to describe function. Lastly, I use phylogenetic comparative methods to put variation into context and to better understand how traits change over evolutionary time.
Below are some of my current projects and collaborations.Current Research
Salamander Locomotor Biomechanics
Salamanders live in a variety of habitats from water to land to trees. From a functional perspective, what kinds of morphologies and behaviors have they evolved to move between mediums so easily?
Ecomechanics of Biological Suction Cups
Many fishes have evolved adhesive discs made from modified pelvic and pectoral girdles to stick to diverse surfaces. How does disc morphology and performance vary with ecology and phylogeny?
Evolutionary Feeding Biomechanics
Catching and consuming prey are essential for survival, and yet many fishes feed on difficult prey. How does diet shape feeding morphology? Do extreme prey require more specialized traits?
Adaptive Radiation and Convergence
Anole lizards show strong habitat-morphology relationships that have evolved repeatedly on Caribbean islands. Are these patterns repeatable in Central and South America? If so, to what extent?
SegmentGeometry Extension for 3D Slicer
