Current Lab Members

Assistant Professor and Lab Leader
Murry L. Burgess, PhD
I grew up in the suburbs of MN, FL, TN, and MS with an interest in the wildlife around me. I followed this interest into a B.S. degree in Wildlife, Fisheries, and Aquaculture at Mississippi State University. I also earned my Associate Wildlife Biologist® certification from The Wildlife Society. I went on to graduate school at North Carolina State University to pursue a Ph.D. in Fisheries, Wildlife, and Conservation Biology. After completing my dissertation, I became a tenure-track Assistant Professor at Mississippi State University. My work extends past ornithology and ecology research. I am also an advocate for field safety in the natural sciences as an aspect of accessibility and inclusion. In 2022, I co-founded a nonprofit, Field Inclusive, which amplifies and supports marginalized and historically excluded field biologists. I am also a children's author with both self-published work and a children's STEM series with Little, Brown Young Readers. In my free time, I enjoy reading, birding, photography, video games, and snuggling with my dog, Loki.

MS Graduate Research Assistant
Sa'Quioya Mccullum
Hey! My name is Sa'Quioya Mccullum. Like after the Sequoia trees that I have yet to see in person. I'm a graduate student pursuing a Master of Science in Wildlife, Fisheries, and Aquaculture. I will be working on a research project regarding the composition and persistence of the Prothonotary Warbler, Purple Martin, and Carolina Wren in response to light pollution on a rural to urban gradient. I'm excited to see where the journey of acquiring knowledge takes me. #See you Outdoors

Undergraduate Honors Thesis Researcher
Eric Heist
Born and raised in the suburbs of Cincinnati, OH, my initial exposure to animal conservation came from visiting the Cincinnati Zoo and Botanical Garden. I am currently an undergraduate senior, working towards a B.S. in Animal and Dairy Sciences with a Pre-Veterinary concentration. Becoming a zoo veterinarian is my career goal, to support wildlife research and conservation on a global scale. My undergraduate honors thesis evaluates a novel training protocol I developed for voluntary jugular venipuncture with African spurred tortoises. I have previously interned with the herpetology and veterinary teams at three different zoological institutions, collaborating with a fourth on this research. In my free time, I enjoy watching Mississippi State and St. Louis Cardinals baseball, backpacking, spending time outdoors with friends, and visiting zoos across the nation.

MS Graduate Research Assistant
Tabbytha Spyrison
Tabbytha Spyrison was born in Chicago and grew up close by Roger's Park, in Evanston, IL. She graduated from Warren Wilson College in December 2022, with a B.S. in biology and a B.A. in creative writing. Her research interests include passerine birds and how they adapt to our changing world. She loves to read, write and run in her free time and her favorite bird is the Carolina Chickadee.
Research and Project Highlights

US Forest Service International Program Grant
Motus Stations: Enhancing Flyway Conservation and Engagement
Mississippi contains critically important habitats for migratory birds. Installing Motus Wildlife Tracking Systems in key areas will help us resolve knowledge gaps regarding stopover habitat and non-breeding ground resources. Tagging efforts focus on a representative sample of neotropical migrants and residential species.

Book Chapter Contribution
Inclusive Nature: Science, Equity, and the Outdoors
Inclusive Nature is a forthcoming collection that centers the voices of those historically excluded from the fields of science, conservation, and outdoor spaces. Through essays, stories, and calls to action, this book invites readers to reimagine the natural world as a place of belonging, healing, and justice.

Master's Thesis Research
The Impacts of Artificial Light at Night on Nestling Development and Parental Actions in Altricial Passerines
Using captive zebra finches as a study species, this research seeks to 1) Measure the effects of artificial light at night on nestling metabolism and hormones, 2) Elucidate balance between corticosterone, albumin, and glycated hemoglobin under artificial light at night, and 3) Measure the effect of artificial light at night on nestling begging behavior and parental actions.