Linked from

The 23 pages that link to Sensory ecology, each with the reason it gives.

• CamouflageNarrower topic: Camouflage depends on the sensory systems of the organisms trying to detect it.

• Ambush predationRelated: An ambush succeeds or fails partly through what predator and prey can sense.

• Animal communicationRelated: Light, noise, and habitat determine which signals animals can detect.

• Ambush predatorRelated: Predators and prey detect cues that determine when an ambush begins or fails.

• BioacousticsNarrower topic: It places hearing and signaling within animals’ ecological settings.

• Predator avoidanceRelated: Detection depends on what prey and predators can sense in their surroundings.

• CarnivoreRelated: Carnivores use senses such as smell, hearing, and vision to locate prey.

• ChemoreceptionNarrower topic: It asks how chemical detection contributes to survival and behavior in particular environments.

• CrypsisNarrower topic: What counts as concealed depends on the senses available to an observer.

• CounterilluminationNarrower topic: Counterillumination depends on what predators can see and what camouflage animals can sense.

• Herd behaviorNarrower topic: Sight, sound, and other cues shape which neighbors an animal can follow.

• Tactile foragingNarrower topic: It explains why tactile strategies vary with habitat conditions and available cues.

• Animal navigationNarrower topic: Available navigation cues depend on what an animal can sense in its habitat.

• Predator defenseRelated: A defense’s effectiveness depends on what predators can perceive.

• Sensory biologyNarrower topic: It connects sensory mechanisms to ecological conditions and behavior.

• AmphisbaeniaRelated: Reduced eyes make touch, smell, and vibration especially relevant to life underground.

• NeuroethologyRelated: It identifies which signals an animal’s nervous system must detect in its natural habitat.

• MormyridaeNarrower topic: Mormyrids show how electrical senses function in turbid freshwater habitats.

• FanfinRelated: Fanfin lures exploit visual signals where sunlight does not reach.

• Flower mantisNarrower topic: The mantis’s success depends on what prey can detect and how they interpret floral cues.

• Glass knifefishRelated: Its electric sense offers a way to examine perception in dark, cluttered water.

• SpalaxRelated: Spalax offers a case for examining how senses function when vision is limited.

• VeliidaeRelated: Veliids detect prey, predators, and disturbances through visual and mechanical cues at the surface.