Escaping predation is essential for species survival, but prey must effectively match their response to the perceived threat imposed by a predator. For social animals, one mechanism to reduce risk of predation is living in larger group sizes, which dilutes each individual’s risk of capture. When a predator attacks, individuals from a range of taxa (e.g., fishes, sharks, and amphibians) perform an escape response, to evade the attack.

Kinematic performance declines as group size increases during escape responses in a schooling coral reef fish

Paolo Domenici;
2024

Abstract

Escaping predation is essential for species survival, but prey must effectively match their response to the perceived threat imposed by a predator. For social animals, one mechanism to reduce risk of predation is living in larger group sizes, which dilutes each individual’s risk of capture. When a predator attacks, individuals from a range of taxa (e.g., fishes, sharks, and amphibians) perform an escape response, to evade the attack.
2024
Istituto di Biofisica - IBF
schooling behavior, escape response, group living, predator avoidance, locomotor performance
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Descrizione: Kinematic performance declines as group size increases during escape responses in a schooling coral reef fish
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/509210
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