where does the xerocole live

Perhaps their most notable characteristic is their ears, which can grow to between 4 to 6 inches (10.2 to 15.2 centimeters) in length.Fennec foxes live in North Africa, throughout the Sahara Desert and east to Sinai and Arabia. use the least amount of water) to dissolve urea. It is not uncommon for these dens to have multiple entrances and exits to provide a safe escape in the event of an outside threat.Fennec foxes may live up to 11 years in human care.Fennec foxes are legally protected in Morocco, Algeria, Tunisia and Egypt.The primary threat to fennec foxes is human interference. Males defend females before and during birth, and will provide food to the female until the pups are about 4 weeks old. Reptile diggers have nostrils that face upwards instead of forwards for the same reason.Xerocoles, having to travel long distances for food and water, are often adapted for speed, and have long limbs, feet that prevent them from sinking in the sand, and are overall slender in form. They prefer sandy deserts and arid regions with desert grasses or scrub vegetation. What fat they do have is localized, such as in the camel's hump or the Similarly, desert birds have less feathers on the underwing and Ectotherms also use burrows as a means to keep warm in the cold desert nights.Xerocoles are usually light and sandy in color as a means to reflect solar radiation and reduce heat absorption.Shade under shrubbery provides resting spots for diurnal lizards, nesting sites for birds, as well as temporary oases for diurnal rodents, who skirt among shady spots.Desert animals such as the camel, addax, and kangaroo rat have large feet to prevent them from sinking in the sand.The three main vulnerabilities against the sand are through the eyes, ears, and nose.Xerocoles, having to travel long distances for food and water, are often adapted for speed, and have long limbs, feet that prevent them from sinking in the sand, and are overall slender in form.

A xerocole , commonly referred to as a desert animal, is an animal adapted to live in the desert. The burrows act as microenvironments: when they are deeper than 50-60 cm (20-24 in) below the surface, they maintain humidity and temperatures between 30 and 32 °C (86 and 90 °F), regardless of external weather. "Donde vive la hermana de usted" is okay if odd, because it's "Where does the sister of you live", and "X de Y" is a common way to indicate possession that in English would be "Y's X".. The main challenges they must overcome are lack of water and excessive heat. Some domestic horses live in stalls in a barn, and some live out in pastures or fields. They are native to Africa and Arabia where they live in deserts and arid regions.Their coats are long, soft, and thick and range in color from reddish cream to light fawn to almost white. Mammalian xerocoles sweat much less than their non-desert counterparts.

Xerocole birds such as Desert amphibians can store more nitrogen than aquatic ones, and do so when not enough water is available to excrete the nitrogen as urea.Reptiles, birds, insects, and some amphibious species excrete nitrogenous waste as Most animal feces are over 75% water; xerocoles, however, reabsorb water in the gut and produce much drier feces.Camels can further conserve water by closing an orifice in their stomach to create two compartments: one for water and one for food.Seed-eating rodents maintain a low metabolic rate to reduce water lost to respiration (and to prevent their burrow from overheating). For example, the camel can survive ambient temperatures as high as 49 °C (120 °F) without sweating, and the kangaroo rat lacks sweat glands entirely. The water gained from fat is nearly twice the amount gained from carbohydrates, as the former contains more hydrogen (which determines the amount of water produced). Desert canids and kangaroos eat their own young's excrement for the same reason.The Australian water-holding frog conserves water by retaining urine in the bladder, swelling up like a balloon; it then uses its bladder as a water reserve during the dry season.Xerocoles get a substantial amount of hygroscopic water from their food. Such xerocoles have adapted to make their urine as concentrated as possible (i.e. For example, while reptiles are able to operate at temperatures exceeding optima, they become sluggish when cold.