Interactions between hard-shelled marine mollusks such as clams and snails and their predators play a critical but largely ...

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.

Weather shapes the natural world in ways that go far beyond comfort. For predators, every shift in temperature, every drop of ...

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

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 ...