Linked from

The 32 pages that link to Predator avoidance, each with the reason it gives.

• PredationRelated: Prey responses can interrupt a predator’s attack before capture.

• CamouflageRelated: Concealment can keep prey from being noticed by predators.

• Lateral lineRelated: Water disturbances can warn fish of an approaching predator, even in darkness.

• NocturnalityRelated: Shifting activity to night can reduce encounters with daytime predators.

• LocomotionRelated: Speed, maneuverability, and escape routes can determine survival during an encounter.

• Ambush predationRelated: Prey counter concealment and surprise with vigilance, escape, or other defenses.

• Cryptic colorationRelated: Concealment is a common defense against predators that search visually.

• Ambush predatorRelated: Prey may alter vigilance, movement, or habitat use in response to concealed hunters.

• Sensory ecologyRelated: Prey use sensory information to detect threats and choose defensive responses.

• Scent markingRelated: Some species use scent cues to warn others about danger or predator presence.

• FossorialityRelated: Underground refuge can reduce exposure to surface predators, though excavation may reveal an animal's presence.

• Fission–fusion societyRelated: Predation risk can make large groups advantageous at some times and costly at others.

• Ram ventilationRelated: A need to keep swimming can limit the ability to remain motionless and concealed.

• Flocking behaviorRelated: Moving in a flock can dilute individual risk and complicate a predator's attack.

• Schooling (fish)Related: Schooling can support several forms of collective defense against predators.

• Herd behaviorRelated: Group coordination can help animals detect threats and reduce individual capture risk.

• RoostingRelated: Concealment, height, and group vigilance can make a roost safer.

• MimicryRelated: Defensive mimicry can make a vulnerable animal less likely to be attacked.

• European hareRelated: Freezing, camouflage, and sudden flight help hares evade pursuit.

• BeloniformesRelated: Leaping and gliding can help flyingfishes escape pursuit beneath the surface.

• NeedlefishRelated: Rapid swimming and sudden leaps can help needlefish escape threats.

• Control of fire by early humansRelated: Firelight and flames could deter some animals around camps, although protection varied by species and setting.

• Frilled lizardRelated: The frill display, camouflage, and rapid escape all help it avoid predators.

• GroundhogRelated: Burrows and alarm responses help groundhogs escape predators in open habitats.

• JerboaRelated: Sudden changes of direction during hopping make jerboas difficult to catch.

• Common walkingstickRelated: Camouflage and stillness help it escape visually hunting predators.

• DromiidaeRelated: Carrying a covering can help dromiids evade predators.

• Four-eyed fishRelated: Monitoring both sides of the surface helps the fish detect threats in air and water.

• PedetesRelated: Speed and erratic leaps help springhares escape danger in exposed terrain.

• SengiRelated: Fast movement, vigilance, and access to trail networks help sengis escape predators.

• Stick mantisRelated: Resembling vegetation can reduce the risk that predators notice a stick mantis.