Dr. Lorian Schweikert
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Principal Investigator
Credit: Ted Harty
I am an Assistant Professor in the Department of Biology and Marine Biology at UNCW. I earned a Bachelors of Science in Psychology from the University of Tampa and a doctorate in Biology from the Florida Institute of Technology. After, I studied sensory ecology in postdoctoral positions at Duke University, Florida International University, and the Max Planck Institute of Chemical Ecology.
From this journey, my advice to you is to dare to take risks and to embrace the uncertainty that comes with conducting science and working toward a career in biology. It’s OKAY not to have all the answers in work or life, and ultimately accepting that will not only make you happier, but a better scientist.
Science is for everyone, and my lab has no greater priority than to advance that truth by fostering diversity and inclusion in science and beyond through our actions, thoughts, and words. Our goal is to actively combat injustice in academia of marginalized groups by engaging in steps that include, but are not limited to: seeking education about the history of discrimination in academic biology, completing training against implicit bias, microagressions, and related behaviors, and advocating for cultural change toward equity in our interaction with other Seahawks, the public, and the larger scientific community. As a member of this lab, one is also a member of a university community that values and upholds these principles. UNCW's Diversity and Inclusion Statement is accessible here.
Staff
Lab Manager
Jacob Bolin
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A.A.S. Cape Fear Community College
B.S. Marine Biology, Minor in Neuroscience, UNCW
Interests: My love for science and marine biology started at a very young age, but, more recently, I have found a deep intrigue in all areas of neuroscience. My interests are greatly rooted in the numerous unknowns of perception and how not just marine animals, but all animals, including humans, perceive, sense, and process the world.
Email: jrb9795@uncw.edu
Publication:
Schweikert, L.E., Bagge, L.E., Naughton, L.F., Bolin, J.R., Wheeler, B.R., Grace, M.S., Bracken-Grissom, H.D., and S. Johnsen (in press). Dynamic light filtering over dermal opsin as a sensory feedback system in fish color change. Nature Communications
Graduate Students
PhD Student
Lydia Naughton
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B.S. Neuroscience, Bucknell University
Ph.D. Integrative, Comparative, and Marine Biology, UNCW (sought)
Interests: I am curious about how animals sense and interact with their environment in different ways. I am especially interested in understanding the sensory/neural basis of behaviors such as skin color change and camouflage.
Email: lfn1671@uncw.edu
Publications:
Schweikert, L.E., Bagge, L.E., Naughton, L.F., Bolin, J.R., Wheeler, B.R., Grace, M.S., Bracken-Grissom, H.D., and S. Johnsen (in press). Dynamic light filtering over dermal opsin as a sensory feedback system in fish color change. Nature Communications
Naughton, L.F., Kruppert, S., Jackson, B., Porter, M.E., & Donatelli, C.M. (2021). A Tail of Four Fishes: An Analysis of Kinematics and Material Properties of Elongate Fishes. Integrative and Comparative Biology, icab060.
Freeman, M. Z., Cannizzaro, D.N., Naughton, L.F., & Bove, C. (2021). Fluoroquinolones-Associated Disability: It Is Not All in Your Head. NeuroSci, 2(3), 235–253.
Vanessa Moreno
MSc Student
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B.S. Marine Biology, Florida International University
MS.c. Marine Biology, UNCW (sought)
Interests: My interests consist of the factors that affect vision and ecological adaptations in fish, particularly in the way organisms use their senses to “see” their surroundings. Areas of interest include skin sensory systems of fish required for camouflage.
Email: vmm6449@uncw.edu
Publication:
Schweikert LE and Thomas KN, Moreno VM, Casaubon A, Golightly C, Bracken-Grissom HD. 2022, Ecological predictors and functional implications of eye size in deep-sea shrimps. Frontiers in Ecology and Evolution.10: 787315.
Jenna Pullarkat
MSc Student
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B.S. Marine Biology, Minor in Neuroscience, UNCW
MS.c. Marine Biology, UNCW (sought)
Interests: My interests are centered around understanding how a unique set of environmental conditions may affect marine animals' visual perception. More specifically, I am focused on the level of photosensitivity in the eyes of marine mammals as I plan to study melanopsin expression with the use of immunohistochemistry techniques.
Email: rrp7059@uncw.edu
Undergraduate Students
Maureen Howard
BS Student
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B.S. Marine Bio., Minor in Geospatial Technology, UNCW (sought)
Interests: I am interested in understanding dermal photoreceptor systems and how they may contribute to the ability of color-changing animals to camouflage into their environment. Specifically, I am looking into the abundance of different opsin classes in the dorsal and ventral skin of the summer flounder (Paralichthys dentatus) using cryosectioning, immunohistochemistry, and confocal fluorescence microscopy.
Email: maureen3546@gmail.com
Kelly Irvin
BS Student
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B.S. Marine Biology, UNCW (sought)
Interests: My interests are focused on the effects that anthropogenic disturbance has on the physiological processes of marine organisms. More specifically, how sensory physiology and animal behavior is altered by fishery bycatch. I want to use physiology to improve fishery techniques and technology.
Email: kai1577@uncw.edu
Mae George
BS Student
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B.S. Marine Biology, Minors in Data Science, Mathematics, French, UNCW (sought)
Interests: I currently work in marine science education, and I love all things marine science, with a fascination in arthropods & the deep sea. Understanding the different systems used for visual perception is incredibly important to me as I would like to go down the path of deep sea exploration. I am trained in data analysis and working with numbers, looking for trends, and understanding what the data means is a big part of my academic career.
Email: mag3100@uncw.edu
Umut Ayoglu
BS Student
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B.S. Marine Biology, Minor in Oceanography, UNCW (sought)
Interests: I have a desire to learn more about evolutionary backgrounds of bioluminescent light organs of deep-sea animals. Especially the relations between visually sensory organs and bioluminescent organs make deep sea such a special place to ask questions about origins of life and how it shaped. I hope to answer some questions and come up with new ones during my journey to depths.
Email: ua4723@uncw.edu
Julie Degnan
BS Student
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B.F.A Dance, University of the Arts
B.S. Marine Biology, UNCW (sought)
Interests: After retiring from a professional career in classical ballet, I became curious about the ways in which performative art and science are interconnected. Performative movement is a universal language and behavior that exists not only in humans but in numerous animals on land and in water. I am interested in applying what I have learned in my dance career to the exploration of the relationship between performative movement and visual perception/communication, particularly within aquatic organisms.
Email: jjd4338@uncw.edu