Linked from

The 21 pages that link to Binocular vision, each with the reason it gives.

• RaptorRelated: Forward-facing eyes help many raptors judge the distance to prey.

• Visual fieldRelated: The eyes’ overlapping visual fields support depth perception and binocular comparison.

• PrimateRelated: Forward-facing eyes give many primates overlapping visual fields.

• EagleRelated: Forward-facing eyes give eagles useful depth perception when targeting prey.

• OwlRelated: Forward-facing eyes give owls overlapping fields useful for judging distances to prey.

• Eye trackingRelated: Some trackers estimate gaze from both eyes, whose directions can differ with viewing distance.

• Visual systemRelated: Signals from the two eyes are combined to support depth perception.

• Hammerhead sharkRelated: The eyes’ outward placement still provides hammerheads with some forward visual overlap.

• Eurasian eagle-owlRelated: Forward-facing eyes help the owl judge distance when striking prey.

• TarsierRelated: Forward-facing eyes help tarsiers judge distances during precise leaps.

• FrogmouthRelated: Forward-facing eyes help frogmouths judge distances when striking at prey.

• AhaetullaRelated: Forward-facing eyes help these snakes judge distances while striking at prey.

• Duane syndromeRelated: Assessing binocular vision shows whether misalignment disrupts useful two-eyed vision.

• River kingfisherRelated: Overlapping visual fields help a hunting bird estimate a fish's distance.

• SulidaeRelated: Overlapping visual fields help sulids judge prey depth before impact.

• Water kingfisherRelated: Depth judgment helps a diving bird target fish beneath the surface.