Over the past two decades, molecular tools have transformed our understanding of predator–prey dynamics by enabling direct detection, quantification and network‐level analysis of trophic interactions.

Predator–prey dynamics within plant–pollinator communities represent a multifaceted network of interactions that influence the evolution, ecology and stability of terrestrial ecosystems. Ambush ...

Wildlife interactions are an intriguing prospect for many people due to the dynamics in play. Unlike human society, wildlife is not dominated by law; everyone has their roles, and they follow them to ...

Researchers used computational simulations to demonstrate how simple sensing and movement rules—such as detection of distance and speed changes—constrain predator–prey interactions. In a simplified ...

Interactions between hard-shelled marine mollusks such as clams and snails and their predators play a critical but largely unseen role in shaping coastal ecosystems. These organisms help stabilize ...

Whitespotted eagle rays crunch clams in the lab and in the wild. These sounds helped FAU researchers develop an AI-powered system that can detect and classify shell-crushing feeding events underwater.

At first, it looks like coincidence, An unusual encounter. A sighting in the wrong place. Two predators crossing paths where they normally wouldn’t. On their own, these moments don’t seem ...

Animal survival depends on effective attack and defense strategies, yet how these behaviors arise remains unclear. Addressing this question, a recent study shows that predator and prey behaviors ...