Predator–prey relationships are a central component of community dynamics. Classic
approaches have tried to understand and predict these relationships in terms of …

Predator-prey interactions are ubiquitous, govern the flow of energy up trophic levels, and
strongly influence the structure of ecological systems. They are typically quantified using the …

The outcome of species interactions is often strongly influenced by variation in the functional
traits of the individuals participating. A rather large body of work demonstrates that inducible …

Question: It is well established that predators can influence the structure and dynamics of
prey communities and that changes in prey communities can drive predator evolution. Here …

Behavioral studies performed in natural habitats provide a context for the development of
hypotheses and the design of experiments relevant both to biomechanics and to evolution …

Inducible defences of prey and inducible offences of predators are prevalent strategies in
trophic interactions with temporal variation. Due to the inducible properties of the functional …

The functional response is at the core of any predator-prey interactions as it establishes the
link between trophic levels. The use of inaccurate functional response can profoundly affect …

Predator–prey interactions are central to our understanding of adaptive evolution and
community ecology. A growing body of research indicates that predation risk and prey …

Almost all animal species are engaged in predator-prey interactions. These interactions,
variable in time and space, favor the emergence and evolution of phenotypic plasticity …

How predators and prey interact has important consequences for population dynamics and
community stability. Here we explored how predator-prey interactions are simultaneously …