Name: Clint Collins
Title: Assistant Professor
Office Location: HMB 211 F
Office Phone: 1 (916) 278-5836
Mailing Address: 6000 J street
Office Hours: T / Th 9:00 - 10:00 anatomy lab
Twitter : 'at' saxicoly
A fundamental question in biology is how structures match function to enable survivorship and fitness. Many animals move to disperse, eat, reproduce, and escape predators. Successful locomotion depends on coordinating and integrating a complex phenotype that is hierarchically arranged from the physics that govern movement (biomechanics) to foraging behavior and predator evasion. My lab works at the interface of evolution, ecology, and mechanics by studying animal performance and morphology.
Our goal is to understand how anatomical variation shapes organismal ecology and evolution. We use interdisciplinary methods spanning muscle physiology, anatomy, biomechanics and behavioral ecology. Our techniques include scanning electron microscopy (SEM), high-speed video in nature, and digital dissections (diceCT).
Our success depends on recruiting, retaining, and promoting a diverse and inclusive team of researchers. Only if our research reflects and includes our incredible student diversity will we make unique and innovative contributions in functional morphology. Therefore, I am fortunate to work at Sacramento State.
- Collins, C.E. and McGowan, C.P. Turning mechanics of the bipedal hopping Desert kangaroo rat (Dipodomys deserti). In Revision.
- McGowan, C.P. and Collins C.E. Why Do Mammals Hop? Understanding the ecology, biomechanics, and evolution of bipedal hopping. Journal of Experimental Biology. doi:10.1242/jeb.161661 PDF
- Collins, C.E. and Higham, T.E. Individuals of the common Namib Day Gecko vary in how adaptive simplification alters sprint biomechanics. Scientific Reports. 7, 15595. PDF
- Higham, T.E., R.W. Clark, C.E. Collins, M.D. Whitford, and G.A. Freymiller. Rattlesnakes are extremely fast and variable when striking at kangaroo rats in nature: Three-dimensional high-speed kinematics at night. Scientific Reports, 7, 40412. PDF
- Higham, T.E., A. Birn-Jeffery, C.E. Collins, C.D. Hulsey, and A.P. Russell. 2015. Adaptive simplification and the evolution of gecko locomotion: Morphological and biomechanical consequences of losing adhesion. Proceedings of the National Academy of Sciences, 112, 809-814. PDF
- Collins, C.E., Russell, A.P., and Higham, T.E. 2015. Subdigital adhesive pad morphology varies in relation to structural habitat use in the Namib Day Gecko. Functional Ecology, 29, 66–77. PDF
- Foster, K.L., C.E. Collins, T.E. Higham, and T. Garland, Jr. 2015. Determinants of lizard escape performance: detection, motivation, ability, and opportunity. In Escaping from predators: An integrative view of escape decisions and refuge use, eds. W.E. Cooper, Jr. and D.T. Blumstein. PDF
- Collins, C.E., Anderson, R.A., Self, J.D., McBrayer, L.D. 2013. Rock–dwelling lizards exhibit less sensitivity of sprint speed to increases in substrate rugosity. Zoology, 116, 3. PDF
BIO 022: Introduction to Human Anatomy Lecture & Lab
BIO 025: Human Anatomy and Physiology
Society for Comparative and Integrative Biology (http://www.sicb.org)
American Society of Mammalogists (https://www.mammalsociety.org)
Asociación Mexicana de Mastozoología AC (https://www.mastozoologiamexicana.org/index2.php)