Many people talk about how snakes live a primal existence driven by instinct, but those of us who work with them know they do have the ability to learn routines and people in some sense, but exactly how does that work?

A recent study using corn snakes sheds some light on that!

In this study, corn snakes (Elaphe guttata guttata) successfully learned to navigate mazes and consistently found the correct route to reach shelter or prey. They also avoided areas where they had previously encountered stress, demonstrating their ability to store and recall experiences. This memory is not emotional or social, as seen in mammals, but functional; it allows snakes to adapt their behaviour to avoid threats, locate resources, and navigate their environment efficiently. Such findings challenge outdated assumptions about reptile cognition and highlight their evolutionary intelligence.

Many people talk about how snakes live a primal existence driven by instinct, but those of us who work with them know they do have the ability to learn routines and people in some sense, but exactly how does that work?

A recent study using corn snakes sheds some light on that!

In this study, corn snakes (Elaphe guttata guttata) successfully learned to navigate mazes and consistently found the correct route to reach shelter or prey. They also avoided areas where they had previously encountered stress, demonstrating their ability to store and recall experiences. This memory is not emotional or social, as seen in mammals, but functional; it allows snakes to adapt their behaviour to avoid threats, locate resources, and navigate their environment efficiently. Such findings challenge outdated assumptions about reptile cognition and highlight their evolutionary intelligence.