The outcomes of predator–prey interactions between endotherms and ectotherms can be
heavily influenced by environmental temperature, owing to the difference in how body …

Movements of ectotherms are constrained by their body temperature owing to the effects of
temperature on muscle physiology. As physical performance often affects the outcome of …

Among various environmental factors, temperature has been considered a main determinant
of outcomes of predator–prey interactions involving ectotherms. Although numerous studies …

Body temperature influences the activity and behavior of reptiles, with warmer body
temperatures typically being associated with improved performance. Nocturnal ambush …

To survive, organisms must avoid predation and acquire nutrients and energy. Sensory
systems must correctly differentiate between potential predators and prey, and elicit …

Research on predator–prey interactions often focuses largely on prey behaviour, treating
predators as static danger, rather than as active behavioural participants that can respond …

CH 18_LaDuc* Page 1 INTRODUCTION The predatory strike of vipers (Viperidae) is a
distinctive behavior in animals. In less than half a second, a snake lunges from a resting …

Temperature-sensitive radiotransmitters were implanted in 18 free-ranging diamond pythons
(Morelia spilota), and the snakes monitored for 4-34 mo. Body temperatures rose during a …

Snakes typically are not considered top carnivores, yet in many ecosystems they are a major
predatory influence. A literature search confirmed that terrestrial ectotherms such as snakes …

Predation plays a central role in the lives of most organisms. Predators must find and
subdue prey to survive and reproduce, whereas prey must avoid predators to do the same …