We study how social competition and oxidative stress shape brain function, stress resilience, and evolutionary processes. Using African cichlid fish (our primary model for studying social behavior), we combine behavioral, physiological, and neurogenomic approaches to study how animals cope with the metabolic challenges of territoriality, reproduction, and social stress.
Cichlids are highly social, vividly colored fish in which males must aggressively compete for territories to gain access to mates. Females face extreme reproductive challenges: they mouthbrood their young for 2–3 weeks without eating, making them especially vulnerable to energetic trade-offs. These features make cichlids a powerful system for studying social stress, sexual selection, and the physiological costs of reproduction and parenting.
Research spotlight:
Cichlid males engaged in territorial conflict.
Our lab investigates how social and reproductive challenges affect physiological function and shape evolutionary outcomes. Click here to learn more about our research and here to find our papers.
Our lab is located in the Biosciences Building at Central Michigan University and we are part of the Biology Department. Please click here to meet our team.
Our work on social stress, brain, and behavior in fish is currently supported by NSF and NIH. Click here to see a list of external funding.
If you are interested in joining our team as a graduate student, postdoc or collaborator, please click here for opportunities.