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The 51 pages that link to Bird flight, each with the reason it gives.

• BirdBroader topic: Flight is a conspicuous but not universal mode of bird locomotion.

• TheropodaBroader topic: Bird flight arose within theropods, though the precise sequence of adaptations remains studied.

• ArchaeopteryxRelated: Archaeopteryx had feathered wings, but how capable it was of powered flight remains debated.

• BirdwatchingRelated: Flight style and silhouette can identify birds seen only briefly.

• DinosauriaBroader topic: Flight evolved within theropod dinosaurs, demonstrating a living dinosaurian adaptation.

• Wing loadingNarrower topic: Wing loading is one of several traits shaping bird flight performance.

• Insect flightCompared with: Birds and insects solve similar aerodynamic problems with different wing structures and mechanics.

• ColumbidaeNarrower topic: The wing shape and strong flight muscles support the rapid flight of many pigeons.

• Bird plumageRelated: Wing and tail plumage supplies surfaces used to generate and steer flight.

• Pterosaur flightCompared with: Comparing its feathered wings with pterosaur membranes clarifies distinct solutions to powered flight.

• Otto LilienthalRelated: Lilienthal studied bird wings as models for the shape and function of flying surfaces.

• ConfuciusornisNarrower topic: Confuciusornis's wing bones and feathers inform hypotheses about early flight.

• AvesRelated: It is a prominent avian capability, but not a trait of every living bird.

• BatsCompared with: Birds and bats evolved powered flight independently using very different wing structures.

• OstrichCompared with: Ostriches retain wings but cannot fly; their bodies are adapted instead for running.

• Powered flightBroader topic: Birds provide diverse examples, from soaring to rapid flapping flight.

• Étienne-Jules MareyBroader topic: Marey used chronophotography to analyze wingbeats and the mechanics of flight.

• FalconRelated: Falcon body shape and wingbeats are tuned for fast, controlled flight.

• PterosauriaCompared with: Birds evolved flight independently, providing a direct comparison for pterosaur flight anatomy.

• Rock doveRelated: Strong flight lets rock doves travel between feeding areas and cliff or building roosts.

• Theropod locomotionCompared with: Birds evolved from theropods, but flight involves mechanics distinct from terrestrial movement.

• MicroraptorRelated: Whether Microraptor could sustain powered flight remains disputed against its evidence for gliding.

• PigeonRelated: Pigeons’ strong flight shapes their foraging, dispersal, and use by humans.

• AnchiornisRelated: Anchiornis's extensive limb feathers inform debates about stages preceding powered flight.

• FurculaRelated: The furcula flexes as the wings move, contributing to the mechanics of flight.

• Bird wingNarrower topic: Wing form and motion are adaptations to the demands of powered flight.

• Mourning doveNarrower topic: The mourning dove’s rapid, direct flight is a prominent part of its behavior.

• ProcellariiformesRelated: Long wings and efficient gliding support many procellariiforms’ oceanic lives.

• SwanRelated: Swans use sustained flight for migration and movement between wetlands.

• HornbillRelated: Hornbills’ broad wings and characteristic wingbeats support flight through forests.

• Bee-eaterRelated: Bee-eaters rely on agile flight to pursue and capture aerial prey.

• Bird anatomyRelated: It shows how multiple anatomical systems produce aerial movement.

• Common quailRelated: A sudden, powerful flush flight helps the quail escape danger at close range.

• ForelimbBroader topic: Bird wings are forelimbs specialized for generating lift and thrust.

• Old World quailRelated: Quail usually forage on foot but can make sudden, powerful escape flights.

• EnantiornithesRelated: Wing and shoulder fossils help infer how enantiornithes flew.

• PelagornisRelated: Pelagornis’s enormous wings are interpreted as adaptations for sustained flight over the sea.

• PhorusrhacidaeNarrower topic: Phorusrhacids’ flightlessness shaped their bodies and terrestrial way of life.

• TeratornithidaeNarrower topic: Teratornithid size and wing proportions are interpreted through the mechanics of bird flight.

• ArgentavisNarrower topic: Argentavis's anatomy and mass are best understood through the demands of bird flight.

• Ground rollerCompared with: Short wings suit brief flights and contrast with the family’s strong terrestrial movement.

• Little egretRelated: Little egrets fly with their necks retracted and legs trailing.

• MerlinRelated: Rapid, controlled flight lets merlins pursue prey close to the ground.

• PelagornithidaeNarrower topic: General flight mechanics frame reconstructions of pelagornithid takeoff and soaring.

• BatCompared with: Birds fly with feathered wings, while bats use membranes stretched across elongated fingers.

• Cuckoo-rollerRelated: Broad wings support the cuckoo-roller’s flight between forest trees.

• CurassowRelated: Curassows can fly, though their heavy bodies favor short, forceful flights.

• DelichonRelated: Delichon species spend much of their lives flying to feed and migrate.

• MesiteCompared with: Mesites can fly, but their terrestrial habits make flight less conspicuous than in many birds.

• Oriental pied hornbillRelated: Its broad wings carry the hornbill between forest feeding and nesting sites.