Bats Chiroptera Felidae Marsupials Rodents Polar Bears Rodentia Elephants Rhinocerotidae Woolly Mammoths Monogamy Canids Raccoons Giraffes Bowhead Whale Felis catus Whales Sexual Dimorphism Cetaceans Lifespan Differences Shrews Cheetahs Primatology Felines Squirrels Sloths Bears Cetacea Mating Systems Mammalian Migration Echidnas Photoluminescence Mammal Lifespan Monkey Species Primate Studies Lion Population Dynamics Lion Species Okapi Behavior Seals Domestication Monotremes Australian Mammals Fossil Mammals Urban Wildlife Mammoth Studies Lemmus lemmus Canis lupus baileyi Rabbits Rhinocerotidae and Proboscidea Lagomorphs Rodent Behavior Tiger Species Mesonychidae Ruminant Hoofed Mammals Mammal Iridescence Jaguar Tiger Behavior Naked Mole Rats Hyraxes Eusociality Hippopotamuses Hippopotamidae Gorillas Urban Ecology Bowhead Whales Giraffe Behavior Cheetah Reproduction Tigers Wildcats Genetic Variation Species Conservation Flat-Headed Cat Panthera Panthera Genus Tapirs Sheep Rhinoceros Hyena Talpidae Monotreme Anatomy Mammal Evolution Mammalian Evolution Paleontology Porcupine Behavior Lynx Marine Mammals Lions Animal Behavior Vampire Bats Ursidae Lion Behavior New Species Amphibians Mount Lyell Shrew Rabbit Species Flying Squirrel Behavior Pelage Coloration Evolution Carnivorans Antechinus
Bone geometry indicates capacity for short, rapid bursts rather than sustained travel.
