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The 229 pages that link to Predation, each with the reason it gives.

• Ambush predationNarrower topic: Ambush predation is a specific strategy within this broader feeding interaction.

• AposematismNarrower topic: Aposematic signals evolve in the context of predators attacking prey.

• Ambush predatorNarrower topic: Ambush is one way predators capture prey within this broader interaction.

• Predator avoidanceNarrower topic: Avoidance behaviors evolve within the ecological relationship between predator and prey.

• Aquatic food webNarrower topic: Predation forms many of the direct feeding links in the web.

• Gray wolfNarrower topic: Gray wolves acquire food by hunting and consuming prey.

• KleptoparasitismNarrower topic: Many stolen items are prey captured during predator-prey interactions.

• PiscivoryNarrower topic: Piscivory is a specialized form of this interaction, with fish as the prey.

• Red foxNarrower topic: Red fox predation can shape prey populations and influence local food webs.

• CrypsisNarrower topic: Crypsis often evolves within the opposing pressures of hunting and avoiding capture.

• MyrmecophagyNarrower topic: Myrmecophagy is predation focused on ants and termites.

• Spider predationNarrower topic: Spider predation is a specialized instance of this broader feeding interaction.

• Cooperative huntingNarrower topic: Group tactics depend on how prey detect, evade, or resist predators.

• Defense mechanismNarrower topic: Predation is a major source of the danger defenses reduce.

• AnomalocarisNarrower topic: Anomalocaris’s grasping appendages and mouth make it a prominent example of Cambrian predation.

• OdonataNarrower topic: Both aquatic juveniles and flying adults are active predators.

• Sit-and-wait predationNarrower topic: The strategy shapes how predators encounter and capture prey.

• Aerial insectivoreNarrower topic: Aerial insectivory is predation on insects captured during flight.

• DeinonychusNarrower topic: Deinonychus fossils occur with herbivorous dinosaurs, prompting debate about its hunting behavior.

• PseudoscorpionNarrower topic: Pseudoscorpions are small predators that seize arthropods with their pedipalps.

• Poison dart frogNarrower topic: Toxicity and warning coloration matter because they alter how predators choose and handle prey.

• Predator defenseNarrower topic: Predation creates the recurring threat that defenses can reduce.

• PufferfishNarrower topic: Pufferfish defenses are adaptations to the risk of being eaten.

• CentipedeNarrower topic: Centipedes are active predators that subdue prey with venomous appendages.

• MolluscivoryNarrower topic: Molluscivory is a specialized form of predator–prey interaction.

• Livestock predationNarrower topic: Livestock attacks are predation shaped by the same detection, pursuit, and capture dynamics found in wild prey relationships.

• MachairodontinaeNarrower topic: The subfamily’s anatomy is interpreted in relation to capturing and killing prey.

• Parotoid glandNarrower topic: The gland’s defensive secretions act within encounters between amphibians and predators.

• Raptorial legNarrower topic: Prey capture is the selective function these legs serve.

• Wolf spiderNarrower topic: Their pursuit of insects offers a direct example of terrestrial predation.

• BelostomatidaeNarrower topic: Ambush predation is the family’s defining ecological role.

• Cone snailNarrower topic: Harpoon and venom are specialized means of capturing prey.

• ConstrictorNarrower topic: Constriction is one way predators capture and subdue prey.

• OxyaenidaeNarrower topic: Oxyaenidae included predators whose anatomy reflects prey capture and meat eating.

• SecretarybirdNarrower topic: Secretarybird hunting illustrates how a predator’s anatomy shapes encounters with dangerous prey.

• AntlionNarrower topic: Antlion pit-building is a specialized form of predation.

• Boa constrictorNarrower topic: Boas are ambush predators that help shape populations of small and medium-sized animals.

• StoatNarrower topic: Hunting small animals shapes the stoat’s daily behavior and ecological role.

• NotonectidaeNarrower topic: Their piercing mouthparts let them capture prey much larger than tiny plankton.

• Rough-skinned newtNarrower topic: The newt’s chemical defense is shaped by the predators that can consume it.

• ThylacoleoNarrower topic: Hunting hypotheses place Thylacoleo within the broader ecology of predator and prey.

• Ground beetleNarrower topic: Predation describes the feeding strategy of many ground beetles.

• Mahi-mahiNarrower topic: Mahi-mahi’s rapid pursuit of smaller animals makes predation central to its feeding ecology.

• PhorusrhacidaeNarrower topic: Phorusrhacids’ anatomy and fossil context support their interpretation as terrestrial predators.

• Snipe eelNarrower topic: Snipe eel feeding is a specialized form of predation in deep water.

• XiphactinusNarrower topic: Xiphactinus was a predator whose feeding is documented by fossil gut contents.

• CretoxyrhinaNarrower topic: Cretoxyrhina’s teeth and fossil associations inform hypotheses about its predatory role.

• Dall sheepNarrower topic: Wolves and other predators can influence Dall sheep survival and population dynamics.

• Dead-leaf mantisNarrower topic: Its disguise operates in a setting shaped by both predators and prey.

• Huntsman spiderNarrower topic: Huntsman spiders are active predators that seize prey rather than ensnaring it.