Brandon P. Hedrick

Functional Morphologist | Evolutionary Biologist | Paleontologist | Ecologist

Principal Investigator

Assistant Professor, LSUHSC Anatomy

Emory University B.S. 2010

University of Pennsylvania Ph.D. 2015

Postdocs:

University of Massachusetts (Dumont Lab)

Harvard University (Pierce Lab)

University of Oxford (Benson Lab)

Lab Members

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Erin Sheehy (Class of 2021 at Tulane)

Erin is a Senior at Tulane University studying Environmental Biology. She studied abroad in Tropical North Queensland, Australia the Fall of 2019, where she studied great bowerbirds and practiced sea turtle husbandry. In her sophomore year, she assisted with research in the Karubian lab at Tulane by assessing camera trap footage taken in Ecuador to study tropical palm seed dispersal.

 

She is interested in behavioral ecology, tropical ecology, and conservation. Ultimately, she plans to attend graduate school and conduct research focused on ecosystem interactions and conservation efforts. In the Hedrick lab, she is working with CT scan data and learning geometric morphometrics and phylogenetic comparative methods.

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Karine Abazajian (Class of 2022 at Tulane)

Kara is an ecology and evolutionary biology major from Houston, Texas. Her interests include, but are not limited to insect biology and marine and freshwater biology. She has participated in community-based projects on salamander ecology.

In the Hedrick lab, she is working with CT scan data of bird and bat limb bones with the goal of measuring internal bone geometry and comparing morphological disparity between these two volant groups.

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Marc Merriman, Jr. (Class of 2022 at Xavier)

Marc is Biology Major with a double minor in Chemistry and Business Administration at Xavier University of Louisiana. Throughout his academic career, Marc has participated in various internships where he has shadowed an array of specialties, including orthopedic medicine. He is interested in researching the relationship between human anatomy/ physiology and ethnic differences. As Marc pursues a career in medicine, he hopes to apply the knowledge and intellectual capital gained from this research to aid in advancing orthopedic and/or cardiac medicine.

In the Hedrick lab, he is working with CT scan data of a variety of mammal groups to assess how different mammal groups (rodents, shrews, moles, and hedgehogs) have converged in limb shape across different locomotor ecologies.

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Alexandra Magee (Class of 2024 at Xavier)

Alexandra is a freshman at Xavier University in Louisiana. She is a  biochemistry major from Tylertown, Mississippi. Currently, her interests include osteology, microbiology, and thermochemistry. She has participated in internships and advanced science projects involving maxillo-facial anatomy and surgery.

 

In the Hedrick lab, she is assessing the relationship between limb symmetry and locomotor ability in green anoles. Specifically, she is using CT data of green anole forelimbs and hindlimbs for individuals that have known ecological data from previous experiments (e.g., maximum sprinting speed, clinging ability) to determine whether anoles with more symmetric limbs are able to locomote more effectively than anoles with more asymmetric limbs.

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Jazmine Aguilar (Class of 2023 at LSU)

Jazmine graduated in the Spring of 2020 from the University of Illinois at Urbana Champaign with a BS in Animal Science and a minor in Psychology. She is currently a first year grad student in the Biomedical Sciences MS program. Her goal after graduating is to continue to vet school and pursue a career in veterinary medicine. Specifically, she aims to help transcend the current standards of veterinary care for underserved communities by providing exemplary animal care.

 

In the Hedrick lab, Jazmine is using CT scan data to collect cross sectional parameters for humeri and femora of a variety of small mammal species (e.g., bats, rodents, shrews, moles). These data will be used in collaboration with Dr. David Boerma (Cornell) to examine the relationship between bat roosting ecology and bony parameters with the goal of understanding how landing on hard cave walls versus compliant trees impacts the evolution of bat limb internal geometry.