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The 16 pages that link to Mammalian dentition, each with the reason it gives.

• MammalRelated: Specialized tooth types let mammals process many kinds of food efficiently.

• ToothRelated: Differentiated mammalian teeth exemplify specialization for varied diets.

• Heterodont dentitionBroader topic: Mammals provide especially varied examples of differentiated tooth classes and functions.

• Tooth replacementCompared with: Most mammals replace teeth once, rather than renewing them continuously.

• PorpoiseRelated: Porpoise teeth are distinctive, spade-shaped structures rather than typical dolphin cones.

• MetatheriaRelated: Tooth traits are among the fossils’ main clues for identifying metatherians.

• EomaiaRelated: Eomaia's teeth preserve traits used to identify its mammalian relationships.

• ManateeRelated: Manatees replace worn cheek teeth continuously as they graze abrasive vegetation.

• EulipotyphlaRelated: Tooth characters have long helped classify insect-eating members of the order.

• HyaenodonRelated: Its tooth pattern helps identify Hyaenodon fossils and infer how it processed food.

• MultituberculataRelated: Tooth structure supplies the clearest diagnostic evidence for multituberculates.

• RepenomamusRelated: Its robust jaws and teeth indicate a capacity to process animal prey.

• Egyptian mongooseRelated: Its teeth help identify the mongoose and suit it to eating varied prey.

• PantodontaRelated: Pantodont classification relies heavily on tooth form and pattern.

• ArsinoitheriumRelated: Its teeth provide evidence about feeding and help distinguish fossil species.

• TaeniodontaRelated: Taeniodont teeth provide key evidence for their diets and classification.