Rock-Dwelling Lizards Exhibit Less Sensitivity of Sprint Speed to Increases in Substrate Rugosity, Clint E. Collins, Jessica D. Self, Roger A. Anderson, Lance D. McBrayer
Lance D. McBrayer

Does Bipedalism Confer an Advantage to Lizards Sprinting Over Obstacles?, Jessica D. Self, Clint E. Collins, Lance D. McBrayer
Lance D. McBrayer

Sprint Sensitivity to Substrate and Ecomorphological Correlates in Six Terrestrial Lizard Species, Clint E. Collins, Roger A. Anderson, Lance D. McBrayer
Lance D. McBrayer

The Effect of Substrate Particle Size on Sprint Performance in Three Species of Desert Lizards, Clint E. Collins, Jessica Self, Roger A. Anderson, Lance D. McBrayer
Lance D. McBrayer

The Effect of Substrate Particle Size on Sprint Performance in Three Species of Desert Lizards, Clint E. Collins, Jessica Self, Roger A. Anderson, Lance D. McBrayer
Lance D. McBrayer

Does Bipedalism Confer an Advantage to Lizards Sprinting Over Obstacles?, Jessica D. Self, Clint E. Collins, Lance D. McBrayer
Department of Biology Faculty Presentations

Rock-Dwelling Lizards Exhibit Less Sensitivity of Sprint Speed to Increases in Substrate Rugosity, Clint E. Collins, Jessica D. Self, Roger A. Anderson, Lance D. McBrayer
Department of Biology Faculty Publications

Sprint Sensitivity to Substrate and Ecomorphological Correlates in Six Terrestrial Lizard Species, Clint E. Collins, Roger A. Anderson, Lance D. McBrayer
Department of Biology Faculty Presentations

The Effect of Substrate Particle Size on Sprint Performance in Three Species of Desert Lizards, Clint E. Collins, Jessica Self, Roger A. Anderson, Lance D. McBrayer
Department of Biology Faculty Presentations

The Effect of Substrate Particle Size on Sprint Performance in Three Species of Desert Lizards, Clint E. Collins, Jessica Self, Roger A. Anderson, Lance D. McBrayer
Department of Biology Faculty Presentations