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The unique stripes of the Chapman's zebra. Chapman's zebras are single-hoofed mammals that are a part of the odd-toed ungulate order. They differ from other zebras in that their stripes continue past their knees, and that they also have somewhat brown stripes in addition to the black and white stripes that are typically associated with zebras.
Burchell's zebras are described as being striped on the head, the neck, and the flanks, and sparsely down the upper segments of the limbs then fading to white. [5] One or two shadow stripes rest between the bold, broad stripes on the haunch. [5] This main distinguishing characteristic sets the Burchell's zebra apart from the other subspecies.
Much broader, horizontal stripes are found in the hind area of Cape mountain zebra, lacking the "shadow stripes" seen in the plains zebra. Stripes on the hind legs are broader than those of the front legs, and striping continues all the way down to the hooves. However, the dark vertical stripes stop abruptly at the flanks, leaving the belly ...
Theories suggested the stripes helped them camouflage, or served as identity name tags for zebras to recognize each other. But newer research suggests the stripes help them repel those pesky horse ...
Various abnormalities of the patterns have been documented in plains zebras. In "melanistic" zebras, dark stripes are highly concentrated on the torso but the legs are whiter. "Spotted" individuals have broken up black stripes around the dorsal area. [48] There have even been morphs with white spots on dark backgrounds. [49]
Get more zebras in the gallery below: Keep in mind, though, that where zebras live it has an affect on their stripes. Those in warmer climates have more stripes -- which is great for the ...
The stripes are narrow and close-set, broader on the neck, and extending to the hooves. [17] The belly and the area around the base of the tail lack stripes and are just white in color, which is unique to the Grévy's zebra. Foals are born with brown and white striping, with the brown stripes darkening as they grow older. [17]
Well, now a team of researchers has come up with a much less invasive way of tracking individual animals -- specifically zebras -- by essentially using their stripes as barcodes.