Physical Characteristics - Camels (extant/living species

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Because fat is concentrated in the hump, and not spread over the rest of the body), it helps a camel stay cooler.

When the fat in a camel's hump is metabolized, it becomes a sourch of energy.

Image credit: © San Diego Zoo Wildlife Alliance. All rights reserved.

Bactrian camels are distinguished from Arabian camels, or dromedaries (Camelus dromedarius), of North Africa and the Middle East by their short stature, longer hair, and the presence of two back humps.

Bactrian camels are distinguished from Arabian camels, or dromedaries (Camelus dromedarius), of North Africa and the Middle East by their short stature, longer hair, and the presence of two back humps. (more)

camel , (genus Camelus), any of three species of large ruminating hoofed mammals of arid Africa and Asia known for their ability to go for long periods without drinking. The Arabian camel , or dromedary (Camelus dromedarius), has one back hump, while the domesticated Bactrian camel (C. bactrianus) and the wild Bactrian camel (C. ferus) have two.

Natural history

Camels have an unmistakable silhouette, with their humped back, short tail, long slim legs, and long neck that dips downward and rises to a small narrow head. The upper lip is split into two sections that move independently. All three species are about 3 metres (10 feet) long and 2 metres (6.6 feet) high at the hump (itself 20 cm [8 inches]). Males weigh 400 to 650 kg (900 to 1,400 pounds), and females are about 10 percent smaller. Colour is usually light brown but can be grayish. Domesticated Bactrian camels are darker, stockier, and woollier than the wild form. Heavy eyelashes protect the eyes from blowing sand, and the nostrils can be squeezed shut. The dromedary has horny pads on the chest and knees that protect it from searing desert sand when it lies down, but the Bactrian camel lacks these callosities. Camels are generally docile, but they will bite or kick when annoyed. When excited, camels huff so sharply that spit is incidentally expelled.

Camels do not walk on their hooves. On each leg, weight is borne on two large toes that spread apart to keep the animal from sinking into the sand. Dromedaries have a soft wide-spreading pad for walking on sand; Bactrian camels have a firmer foot. Like the giraffe’s, the camel’s gait is a pace, with both legs on a side moving together. Short bursts of 65 km (40 miles) per hour are possible, but camels are excellent plodders. Bactrian camels can carry more than 200 kg (about 440 pounds) for 50 km (31 miles) in a day, while the more lightly built dromedaries can carry up to 100 kg (about 220 pounds) for 60 km (about 37 miles) if they are worked in the coolness of night.

During catastrophic droughts, herdsmen may lose all of their cattle, sheep, and goats while 80 percent of the camels will survive, owing to the camel’s ability to conserve water and tolerate dehydration. In severe heat a camel survives four to seven days without drinking, but it can go 10 months without drinking at all if it is not working and the forage contains enough moisture. Even salty water can be tolerated, and between drinks it forages far from oases to find food unavailable to other livestock. The body rehydrates within minutes of a long drink, absorbing over 100 litres (25 gallons) in 5–10 minutes. Cattle could not tolerate such a sudden dilution of the blood, because their red blood cells would burst under the osmotic stress; camel erythrocyte membranes are viscous (that is, sticky and flow-resistant), which permits swelling. A thirsty camel can reduce its urine output to one-fifth of its normal volume and produce feces dry enough for herders to use as fuel for fires.

Another adaptation is minimization of sweating. The fine woolly coat insulates the body, reducing heat gain. The camel also can allow its body temperature to rise to 41 °C (106 °F) before sweating at all. This reduces the temperature difference between the camel and its environment and thereby reduces heat gain and water loss by as much as two-thirds. Only in the hottest weather must the camel sweat. It tolerates extreme dehydration and can lose up to 25–30 percent of its body weight—twice what would be fatal for most mammals.

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Camels have also adapted to desert conditions by being able to endure protein deficiency and eat items other livestock avoid, such as thorns, dry leaves, and saltbush. When food is plentiful, camels “overeat,” storing fat in one area on the back and forming a hump. When the fat is depleted, the hump sags to the side or disappears. Storing fat in one place also increases the body’s ability to dissipate heat everywhere else.

When not corralled, camels form stable groups of females accompanied by one mature male. Females breed by three to four years of age. Males begin to manufacture sperm at age three but do not compete for females until they are six to eight years old. Males compete for dominance by circling each other with the head held low and biting the feet or head of the opponent and attempting to topple it. After one camel withdraws from the bout, the winner may roll and rub secretions onto the ground from a gland on the back of its head. The dominant male breeds with all the females in each stable group. After a gestation of 13 or 14 months, one calf weighing up to 37 kg (81 pounds) is born, usually during the rainy season. Milk yields of 35 kg (about 77 pounds) per day are achieved in some breeds (e.g., the “milch dromedary” of Pakistan), though normal yield is about 4 kg (9 pounds) per day. Herders typically divert most milk to their own use during the calf’s first 9 to 11 months, then force weaning and take the rest. The calf is otherwise suckled 12 to 18 months. Females and males reproduce until about 20 years old. Longevity is 40 years.

Present-day ranges of living members of the family Camelidae.

The ancestors of modern camels and lamoids first evolved in North America before dispersing to other parts of the world.

Camels are classified in the family Camelidae, which first appeared in North America 40 million years ago. North American camelid stock became extinct 10,000 years ago. Living South American camelids are represented by the llama (Lama glama), guanaco (L. guanicoe), vicuña (Vicugna vicugna), and alpaca (V. pacos). The lineage that produced modern dromedary and Bactrian camels diverged from the South American camelid lineage between 11 million and 25 million years ago. Dromedary and Bactrian camel lineages split from one another between 4 million and 5 million years ago, with wild and domestic Bactrian camels separating from one another between 1.5 million and 700,000 years ago. Bactrian camel domestication by human beings came much later, however, occurring between 6,000 and 4,000 years ago. By 2 million years ago (the early Pleistocene Epoch) Camelus representatives had crossed back to Asia and were present in Africa (Tanzania). During the Pleistocene Epoch (2.5 million to 11,700 years ago) camelids reached South America. The family Camelidae belongs to the order Artiodactyla, a large group of hoofed mammals.

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