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The 23 pages that link to Bite force, each with the reason it gives.

• JawRelated: Jaw shape and muscle arrangement determine how much force reaches the bite.

• JaguarRelated: The jaguar’s powerful bite helps it kill prey with a skull-piercing bite.

• DurophagyRelated: High bite forces help crack shells and other protective structures.

• PlacodermRelated: Jaw reconstructions help estimate the feeding power of large placoderms.

• MachairodontinaeRelated: Machairodontines combined relatively weak jaw leverage with powerful neck musculature.

• StyracosaurusRelated: Jaw mechanics help reconstruct how Styracosaurus processed tough plant material.

• Crocodyliform skullRelated: Skull proportions and muscle leverage constrain the forces crocodilians can generate.

• AbelisauridaeRelated: Skull shape and muscle attachment sites help researchers estimate abelisaurid biting capacity.

• CeratosaurusRelated: Skull mechanics help estimate how Ceratosaurus applied force while feeding.

• Common snapping turtleRelated: Powerful jaw muscles enable a rapid defensive bite and capture of animal prey.

• DunkleosteusRelated: Estimates for Dunkleosteus depend on reconstructed jaw muscles and uncertain body proportions.

• RepenomamusRelated: Jaw and tooth anatomy helps assess Repenomamus’s ability to handle animal prey.

• Alligator snapping turtleRelated: Its powerful jaws seize prey once the lure brings it within striking distance.

• AmphicyonidaeRelated: Skull and jaw anatomy can be used to estimate the strength of bear-dog bites.

• AnkylosaurusRelated: Jaw mechanics help explain how Ankylosaurus processed tough plant material.

• HyaenodontaRelated: Fossil skulls and teeth provide evidence for the biting abilities of hyaenodonts.

• InostranceviaRelated: Jaw mechanics help explain how Inostrancevia could use its teeth against prey.

• BaurusuchidaeRelated: Skull mechanics help estimate how baurusuchids captured and processed prey.

• Saber-toothed predatorRelated: Estimates help assess whether long canines were used with powerful bites or restrained prey.

• KronosaurusRelated: Jaw form and tooth wear inform estimates of how Kronosaurus captured and processed prey.

• BorophagusRelated: Its robust jaws and enlarged teeth are evidence of adaptations for forceful biting.

• DidelphodonRelated: Its jaw anatomy has been used to estimate the strength of Didelphodon’s bite.

• MegalictisRelated: Jaw anatomy can help assess the prey-handling capabilities attributed to Megalictis.