Cait Newport

This study shows that heatwaves and turbidity affect foraging behavior of sticklebacks, with prolonged warming reducing feeding rates while turbidity increases them, and their interaction has lasting effects.

This study applies standardized cognitive testing to teleost fishes, revealing species-level variation in inhibitory control with weak phylogenetic signal and significant within-species differences.

This study examines how different turbidity sources and levels alter aquatic light environments and fish visual perception, highlighting their unique impacts on behavior and ecology.

The paper uses acoustic phenotyping with BEEhaviourLab to detect sublethal pesticide stress in bees by analyzing buzzing behavior.