Daniel A. Shaykevich

This study investigates place and cue learning in cane toads using a maze and brain activity visualization, showing distinct neural activity patterns for place learning in the dorsal and lateral pallium.

This study records brain activity in awake toads over multiple days using flexible mesh electronics, enabling long-term electrophysiology in non-paralyzed amphibians.

This study investigates the neural and sensory mechanisms of homing in invasive cane toads, finding that navigation is multimodal and involves conserved neural structures across vertebrates.