Principal investigator
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Dr. Sandy Kawano
Ph.D. in Biological Sciences, Clemson University (2014) B.S. in Evolution, Ecology and Biodiversity; University of California - Davis, with a minor in Avian Sciences (2008) A.S. in Biological Sciences, De Anza College (2005) Twitter: @MorphoFun GitHub: @MorphoFun Email: smkawano<at>gwu.edu CV: Click HERE. My research addresses questions regarding the evolution and ecology of phenotypic and functional diversity through the lens of comparative biomechanics and functional morphology. Fundamentally, I seek to explain how evolutionary changes in the musculoskeletal system facilitate or constrain the diversification of animals in different environments. Common research themes include: 1) the locomotor biomechanics across the fin-limb transition in vertebrate evolution, 2) morphological diversity driven by phenotypic selection, and 3) the eco-mechanics of locomotion across different environments. My interdisciplinary research integrates empirical and theoretical approaches, including inverse dynamics, high-speed videography, materials science and engineering, statistics, mathematics, and computer modeling. Thanks to Time Scavengers for featuring my biography on Meet the Scientist blog, and the Journal of Experimental Biology for inviting me to participate in their Early Career Conversations series! Also, happy to be a member of the R-Ladies Global community! Current members of the Fins and Limbs team are highlighted below. Our academic family tree can be found HERE. |
Photo credit: Sean DuFrene / Photographer Marketing and Communications Long Beach State University. Copyright ©2017-2018, Long Beach State University, All Rights Reserved.
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Research staff
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Graduate students
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Jonathan Huie
Ph.D. in Biological Sciences, George Washington University (2020 - present) B.S. in Marine Biology and Aquatic and Fishery Sciences, double major; University of Washington (2019). Twitter handle: @jmhuiee Email: jonathanmhuie<at>gmail<dot>com Webite: http://www.jonathanhuie.com/ I am broadly interested in comparative functional morphology, ecology, and macroevolution. How does the natural history of an animal shape its anatomy? Have ecologically similar taxa evolved convergent or divergent morphological adaptations? These questions have been large motivators for my recent and on-going work on fish feeding morphology and anole ecomorphology. For my PhD, I currently plan to investigate the morphology that underlies salamander locomotion and their water to land transition by integrating multi-disciplinary methods and techniques including (but not limited to) biomechanical testing and modelling, CT scanning, live animal kinematics, and phylogenetic comparative methods. Honors and awards:
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Alec Baines
Ph.D. in Biological Sciences, George Washington University (2021-Present) B.S. in Integrative Animal Biology with minor in Geology, University of South Florida Twitter: @BainesAE Email: abaines<at>gwmail<dot>gwu<dot>edu I am interested in the evolutionary relationship between somatosenses, locomotion, and the ability to adopt new ecological niches. My PhD research focuses on this relationship across the evolutionary history of archosaurs and ways to utilize this knowledge to improve wildlife conservation efforts related to climate change. The wide range of locomotory and somatosensory capabilities in archosaurs as well as their extensive fossil record & extant species makes them an ideal group to study this relationship. I am also interested in utilizing digital visualization to increase the preservation of at-risk fossils and to improve field work methods in difficult terrain. Presentations of lab research:
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Undergraduate students
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Julia Collum
B.S. in Biological Sciences and Environmental and Sustainability Sciences, double major; George Washington University (2020-present). Email: jcollum24<at>gwmail<dot>gwu<dot>edu I am currently an undergraduate student double majoring in Biology and Environmental Science at George Washington University. I am interested generally in evolution, ecology, and genetics, and more specifically in genotypic and phenotypic biodiversity, environmental causes of evolutionary change, and the relationship between selection and morphological adaptations. I hope to enter a career in scientific research and am considering first attending graduate school to expand my biological and environmental knowledge and skills. |
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Alumni
Check out alumni of the Fins and Limbs Lab!
Join the lab!
Are you also interested in studying the form and function of animals? If so, consider joining the lab!
