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 …

For most vertebrates, locomotion is a fundamental component of prey capture. Despite this
ubiquitous link, few studies have quantified the integration of these complex systems …

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

The rates of interactions between predators and prey are fundamental to population and
food web dynamics. Yet, most ecological theory of predator–prey interaction rates deals …

Predator–prey interactions are critical to the biology of a diversity of animals. Although prey
capture is determined by the direction, velocity, and timing of motion by both animals, it is …

In the study of behavioral predator–prey interactions, predators have been treated as
abstract sources of risk to which prey respond, rather than participants in a larger behavioral …

The interaction between prey and predators is an asymmetric game of life and death:
unsuccessful predators go hungry, whereas unsuccessful prey are killed. As such, predation …

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 …

The selection pressures that arise from capturing prey and avoiding predators are some of
the strongest biotic forces shaping animal form and function. Examining how performance …

The complexity of behavioural interactions in predator-prey systems has recently begun to
capture trait-effects, or non-lethal effects, of predators on prey via induced behavioural …