Kelsey N. Lucas

This study examines how nylon microplastics and warming temperatures affect the behavior and physiology of marine threespine stickleback, finding complex interactions with reduced feeding rates and thermal tolerance.

This study examines how threespine stickleback respond to different thermal regimes, finding that cold exposure leads to greater weight changes and lower heat shock proteins, suggesting energy trade-offs.

This study examines how the diameter and packing density of internal structures in artificial chimaera pectoral fins affect kinematic parameters like tip amplitude and undulatory wave propagation.

This study examines how the Eda gene affects escape performance and body shape in Threespine Stickleback across ontogenetic stages, finding that Eda genotype influences growth and escape performance variables, particularly total distance traveled.