Linked from

The 93 pages that link to Camouflage, each with the reason it gives.

• ExoskeletonRelated: Exoskeleton surfaces can carry colors and patterns that conceal or signal their owners.

• BioluminescenceRelated: Some marine animals use light to match downwelling light and conceal their silhouettes.

• Ambush predationBroader topic: Many ambush predators use visual camouflage to conceal their position.

• Cryptic colorationNarrower topic: Cryptic coloration is a visual form of the broader concealment strategy.

• Ambush predatorNarrower topic: It is a broad set of concealment adaptations used by ambush predators.

• CarnivoryRelated: Predators can use camouflage to approach prey without being detected.

• UniformRelated: Some uniforms conceal wearers rather than making them conspicuous.

• DeceptionRelated: It deceives observers by making a target difficult to distinguish from its surroundings.

• Bird nestRelated: Nest colors, materials, and placement can make eggs or young harder to spot.

• CrypsisRelated: Background matching is the best-known visual route to concealment.

• Chemical defenseCompared with: Camouflage reduces encounters with predators, while chemical defenses act on attackers that approach or feed.

• Arctic foxRelated: White or darker seasonal coats help conceal the fox in different landscapes.

• Bird plumageRelated: Cryptic plumage can conceal birds from predators or prey.

• CounterilluminationNarrower topic: Counterillumination is an active, light-producing form of camouflage.

• ButterflyRelated: Wing patterns can conceal resting butterflies against leaves, bark, or soil.

• Demersal fishRelated: Seabed colors and patterns help some bottom-associated fish avoid predators or approach prey.

• ThanatosisCompared with: Camouflage conceals an animal's presence; thanatosis presents it as an unresponsive or dead object.

• MothRelated: Many moths blend into bark, leaves, or other surfaces while resting.

• MisdirectionCompared with: Camouflage hides an object through its appearance, while misdirection steers attention or interpretation.

• Defense mechanismRelated: Concealment prevents an attacker from noticing a potential target.

• Snake scaleRelated: Scale patterns can conceal snakes against vegetation, soil, or other backgrounds.

• AgamidaeRelated: Cryptic coloration helps many agamids avoid predators in rocky, sandy, or vegetated habitats.

• MantodeaRelated: Mantises often blend into leaves, flowers, bark, or other backgrounds.

• ZebraCompared with: Stripe-based camouflage has been proposed, but zebra visibility and predator responses complicate the claim.

• OkapiRelated: The okapi’s dark coat blends with shade, while its leg stripes break up its outline.

• PhasmatodeaNarrower topic: Many phasmids resemble twigs, leaves, or bark to evade detection.

• Predator defenseRelated: It reduces the chance that a predator spots prey before an attack.

• AmbushRelated: Camouflage can hide an ambushing force against its surroundings.

• HareRelated: A hare’s coat can help conceal it while it rests in exposed ground cover.

• NightjarRelated: Nightjars use feather patterns and stillness to disappear while roosting by day.

• Sexual dichromatismCompared with: Muted coloration in one sex can improve concealment while the other sex displays brighter colors.

• Ground-dwelling birdRelated: Plumage can blend with vegetation or soil while birds feed or nest on the ground.

• IguaniaRelated: Many iguanians rely on background matching, though color change can serve other functions.

• SyngnathiformesRelated: Many seadragons and pipefishes blend with seaweed, coral, or seagrass.

• Animal colorationRelated: Animal coloration can match backgrounds, break up outlines, or mislead observers.

• FlatfishNarrower topic: Flatfish often blend into seabed colors and patterns while lying still.

• Giraffe coat patternRelated: Patch contrast may disrupt a giraffe’s outline among shadows and vegetation.

• MimicryCompared with: Camouflage hides an organism against its background; mimicry makes it resemble something else.

• Snowshoe hareNarrower topic: The hare’s seasonal coat helps conceal it against snow or vegetation.

• European hareRelated: Its brown coat helps it blend into grassland and cultivated fields.

• FrogfishNarrower topic: It is the broader concealment strategy behind frogfish's mottled colors and textures.

• Peppered mothRelated: Moth coloration affected how well individuals blended with tree trunks where predators hunted.

• PloverRelated: Plumage often blends with sand, gravel, or mud, helping adults and eggs avoid detection.

• Slipper lobsterRelated: Muted coloration helps many species blend with reefs, sand, or rocky seabeds.

• Carpet sharkRelated: Patterns and skin projections help bottom-dwelling carpet sharks blend into reefs and seafloors.

• Golden pheasantCompared with: The female's brown plumage is less conspicuous than the male's display colors.

• Simo HäyhäRelated: Snow camouflage helped conceal Finnish soldiers in winter terrain.

• ArmourCompared with: Concealment can prevent an attack without physically resisting its impact.

• Blue-ringed octopusCompared with: The octopus usually hides, whereas its threat display deliberately makes it conspicuous.

• Glass frogNarrower topic: The glass frog’s pale underside and leaf-matching back help conceal it from predators.