Angelo Canale
Papers
2
Total Citations
95
H-Index
2
About
Angelo Canale is a pioneering researcher in the field of animal-robot interactions, using biomimetic robotics to decode complex animal behaviors. His work bridges ethology and engineering, with a focus on how animals perceive and respond to artificial social cues. In his highly cited 2017 study (57 citations), Canale demonstrated that a robotic fish could modulate aggressive displays in Siamese fighting fish (*Betta splendens*), proving that robots can elicit nuanced, context-dependent behaviors—a breakthrough for non-invasive behavioral studies. He extended this approach to insects in his 2020 work (38 citations), where he showed that sex, lateralization, and mating experience in the larger grain borer (*Prostephanus truncatus*) influence responses to robotic cues, revealing hidden layers of sensory and cognitive processing. Canale’s contributions are transformative: by replacing live stimuli with programmable robots, he enables repeatable, controlled experiments that were previously impossible. His work has profound implications for understanding animal cognition, pest management, and even the design of autonomous systems. With a growing citation impact, Canale is a leading voice in the emerging field of ethorobotics, inspiring students to rethink how technology can unlock the secrets of animal behavior.
Research Focus
Key Achievements
Top Papers
- 1
- 2