ORDER: Artiodactyla

FAMILY: Camelidae

GENUS: Camelus

SPECIES: dromedarius

DESCRIPTION:
Single hump. Head and body length: 10 feet. Shoulder height: 6-7 feet. Weight:1000-1500 pounds. Body is carried on long, slender legs ending in two toes beneath which is a broad, callous and elastic pad. Neck and head are both elongated. Upper lip is deeply cleft. Short tail. Eyes are heavily lashed. Ears are haired. Nostrils are slit-like. Coloration is fawn or beige. Coat is smooth and shorter than that of the Bactrian camel, but equally woolly.

GEOGRAPHICAL RANGE AND HABITAT:
The exact range of the Arabian Camel will probably never be known. The species exists only in the domesticated state today in Arabia and has been introduced into other regions of the world.

DIET:
Able to eat practically anything that grows in the desert, including salty plants rejected by other grazers. When hungry, will eat fish, meat, bones and skin. Diet in captivity includes browse, grass, hay and grains plus vitamin and mineral supplements.

LIFE CYCLE/SOCIAL STRUCTURE:
During rutting season, the male protrudes a fleshy fold from his mouth and emits a loud roar. A single calf, rarely two, is born after a gestation period of 13 months. The calf can move freely by the end of the first day. The mother nurses the young for one year. Maturity is at 3-5 years. Life span is 30-40 years. Females may breed every other year.

SPECIAL ADAPTATIONS:
Everything is adapted for life on the desert. Feet are broadened to walk on sand. Eyelashes protect eyes from wind-blown sand. Nostrils close to keep sand out. Lips are thickened to withstand the coarsest of desert plants. Coloration matches the environment. Callouses are present on knees and other parts of the body that touch the hot sand when the animal sits down. Hump is a flesh mound not supported by bones. A reserve of fat (not water) is stored in the hump. Hump size varies with food supply and working conditions. Can tolerate a rise in temperature of 12 degrees Fahrenheit. Able to drink brackish or salt water. Camels exhibit unusual tolerance for dehydration. Most animals perish when 20% of their body weight is lost whereas camels survive a 40% loss of bodyweight without serious consequences. Heavy fur and the fatty hump serve to insulate the body, preventing body temperature from rising to the sweating point (the major cause of water loss). When water again becomes available, camels are able to restore their body water quickly; they have been known to drink one third of their body weight in 10 minutes.

INTERPRETIVE INFORMATION:
Camels run like a giraffe with both legs on one side of the body moving simultaneously. The resulting rocking, shuffling gait gave rise to the term “Ship of the Desert”. Camels have been used as beasts of burden for centuries. They are known for their loathing of men and forms of work and spit foul-smelling stomach contents when annoyed. Arabs utilize almost every portion of the body. Tents are made of camel-haircloth. The flesh of young camel is said to taste similar to veal. Camel milk is nutritious and cheese is also made from it. Skin makes good leather. Dried bones are substituted for ivory. Dung is burned as fuel on the desert. The name “Dromedary” is properly reserved for the Arabian racing camel such as those used in the various military camel corps. These camels can travel 80 to 120 miles per day carrying a rider. Arabian baggage camels have a heavier build and are capable of carrying a 200 kg load up to 40 miles per day. There are 160 words for camel in Arabic.

OUR ANIMALS:
Found near the African Veldt.

STATUS IN WILD:
Fossil remains indicate that the camel family originated in North America. Only guanacos and vicunas may be found wild in the New World today. Llamas and alpacas have been domesticated. Camels exist only in the domesticated state in Africa and Asia. The Arabian camel has been successfully introduced into Australian desert regions where it is now feral. Attempts to introduce them into southern Europe and North America have failed.

BIBLIOGRAPHY:

  1. Nowak, Ronald. 1991. Walkers Mammals of the World, 5th Ed., Vol II. Johns Hopkins University Press, Baltimore, MD.

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