About+animals

toc =Pangolinul=
 * PANGOL'IN,** //pangolini//, s.m. Gen de mamifere din regiunile tropicale, acoperite cu solzi cornosi, lipsite de dinţi si având o coadă lungă si puternică (//Manis//); animal care face parte din acest gen

Pangolins were classified with various other orders, for example Xenarthra, which includes the ordinary anteaters, sloths, and the similar-looking armadillos. But newer genetic evidence, indicates that their closest living relatives are the Carnivora, with which they form a clade, the Ferae. Some paleontologists have classified the pangolins in the order Cimolesta, together with several extinct groups.
 * Pangolins** (pronounced /ˈpæŋgəlɪn/ ) or **scaly anteaters** are mammals in the order **Pholidota**. There is only one extant family (**Manidae**) and one genus (//**Manis**//) of pangolins, comprising eight species. There are also a number of extinct taxa. Pangolins have large scales on their skin and are found in tropical regions of Africa and Asia. The name "pangolin" derives from the Malay word //pengguling// ("something that rolls up"). Pangolins are nocturnal animals, using their well developed sense of smell to find insects. The long-tailed pangolin is also active by day. Pangolins spend most of the daytime sleeping, curled up into a ball.

=Kowari=

In Australia they mate from April to December. In captivity, the Kowaris are polyoestrous and may carry a second litter in the same year after the first litter becomes independent at six months (Aslin 1981). The animals have a gestation period of 30-36 days (Woolley 1971 and Aslin 1974) and can carry up to six young. In the laboratory the young are weaned at about 110 days. They attain sexual maturity at 235 days (Aslin 1981). Kowaris can survive up to six years in captivity. Diseases which sometimes affect a captive colony are cancer or toxoplasmosis (Attwood and Woolley in Woolley 1971). The current status of Kowaris is Endangered (Lim 1992). Their distribution is restricted to the Lake Eyre Basin in western Queensland and north-eastern South Australia (Lim 1992). The Kowari does not occur in any reserve anywhere in its known distribution as is not the case of any other endangered mammal species in arid zones. There are probably different reasons for the decline of Kowaris. Many predators have a high density in the habitat of the Kowaris because of the large number of rabbits and cattle there. When the rabbits die off and the stock are removed during droughts the predatoers are often forced to seek alternative native prey (Lim 1992). Cattle grazing affects and destroys the vegetation of these arid zones. The rabbits affect the quality and productivity of the ecosystem and reduce the small native vertebrate and arthropod prey density (Lim 1992). Another threat for the habitat of the Kowaris are the highways which run through the gibber plains. The number of Kowaris, killed on the roads, has increased in recent years. As in captive populations, diseases like toxoplasmosis are also a threat to the wild population (Attwood and Woolley in Woolley 1971). **
 * The Kowari or Brush-tailed Marsupial-Rat, Dasyuroides byrnei, is a carnivorous and nocturnal marsupial. It lives on gibber plains and shrubland between sand dunes and river channels in western Queensland and north-eastern South Australia. The Kowaris are thought to live in small colonies in burrow complexes (Aslin 1974). They feed on insects, small birds, reptiles, amphibians (desert frogs) and small mammals.
 * The situation of the EEP**
 * [[image:http://www.biologie.uni-erlangen.de/mbes/kowaris.gif width="208" height="136" align="left" caption="click pentru marime" link="http://www.biologie.uni-erlangen.de/mbes/kowaris.gif"]]At the moment there are about 150 animals in the EEP. The whole European population is almost entirely descended from the captive colony from Adelaide, Australia, which has been started in the early 70ties. Almost all their founders have been caught in south-western Queensland. The European population of kowaris started with the import of some animals to Rotterdam Zoo in the mid-70ties. There has been a continious growth in the number of births between 1987 and 1994. During the last few years the breeding had to be reduced due to space problems and now there are some breeding problems. There is the danger that the population gets to old now. Until 1996 Erlangen university had the biggest breeding colony in Europe. After this colony had to be disbanded the space problems have increased. So it is very difficult to increase the number of kowaris to the wanted number of 250 in the EEP if we don't find more zoos to participate in the EEP.

** =Cangurul =

= =
 * **Cum este familia mea?

De obicei traiesc in grupuri familale dar sunt si specii care traiesc singure. Copiii mei traiesc in marsupiu pana cand pot si ei topai.** || **Ce mananc? Sunt aproape vegetarian, mananc iarba si mici tufe. Pot calatori zile intregi fara sa beau apa.** ||
 * **Cum ma apar de dusmanii mei?

Imi folosesc picioarele mai lungi ca sa ma apar sau fug, topai repede ca sa scap de dusmani.** || **Ce este asa de interesant despre mine?

Numele stiintific pentru cangur este “macropods”, ceea ce inseamna “picior lung”. Exista mai multe specii de canguri: cangurul rosu (cea mai cunoscuta specie), cangurul de copac si altele. Cangurul merge numai sarind. Chiar si cand inoata, isi misca picioarele in acelasi timp. Cangurul nu poate merge inapoi. Are o saritura mai lunga de 12 metri si sare mai repede de 74 de km/ora.** ||
 * **Ce este asa de interesant despre mine?

Copiii cangur sunt numai de marimea degetului tau mare cand se nasc. Dupa ce se nasc, puii au 1,5 cm. Ei sunt mai neajutorati decat copiii umani nou-nascuti. Orbi si mai mici decat o albina, sunt fetusi si se tarasc (ghidandu-se dupa miros) prin blana mamei pana in marsupiu unde se ataseaza la mamelonul mamei care se umfla in gura lui, tinandu-l pe loc. Pana la 3 luni, puiul nu are blana si ochii ii stau inchisi pana la 4 luni. Abia dupa 6-8 luni el incepe sa paraseasca marsupiul mamei pentru scurt timp.** || =Maimuta nasoasa= Proboscis Monkey (//Nasalis larvatus//)

The average body mass for an adult male proboscis monkey is between 16 and 22 kilograms, and for the females it is between 7 and 12 kilograms. This is a sexually dimorphic species, especially in body size (Kern, 1964). The males of this species has a large pendulous nose which is smaller and more turned up in females. This nose of the male assists in enhancing vocalizations, acting as an organ of resonance (Ankel-Simons, 2000). The proboscis monkey has interdigital webbing, and may be an adaptation for swimming. The pelage color is pink and brown with red around the crown, nape, and shoulders, and with gray on the arms, legs, and tail (Kern, 1964). There are cream-colored patches on the cheeks and throat. The males have a black colored scrotum and a penis that is red in color (Ankel-Simons, 2000). When the infants are born their faces are a vivid blue color (Pournelle, 1967). At age 2.5 months the facial color of the infant darkens to a sooty dark gray color, and then at 8.5 months the gray color starts to lighten to the flesh color of the adult (Pournelle, 1967).
 * **MORPHOLOGY:**

The proboscis monkey is found on the island of Borneo. This species prefers to live in nipa-mangrove-mixed forest, mangrove forest, and lowland forest (Kawabe and Mano, 1972). In Sarawak it was found that this species prefers to live in riverain and mixed diterocarp/high kerangas forests (Salter //et al.//, 1985). It has been suggested that this species is restricted to the coastal areas and areas nears rivers because the interior has soils that are low in minerals and salts, which are needed in the diet (Bennett and Sebastian, 1988). This species avoids areas with heavy deforestation, such as agricultural land (Salter //et al.//, 1985). || ||
 * RANGE:**

The proboscis monkey is described as being a folivore/frugivore (Yeager, 1989). Yeager (1989) found that in Tanjung Puting National Park in Indonesia, that this species utilizes 47 different plant species, of which 17 plants were consumed for their fruit, seeds, or flowers and 30 species were consumed for their leaves. The most important species used in Tanjung Puting National Park were //Eugenia sp.//, //Ganua motleyana//, and //Lophopetalum javanicum// (Yeager, 1989). At Gunung Palung Nature Reserve, the most important plant species consumed were //Mesua lepidota//, //Palaquium sp.//, //Baccaurea lanceolata//, //Barringtonia racemosa//, and //Salacia macrophylla// (Ruhiyat, 1986). Also at Gunung Palung Nature Reserve the most frequent tree species visited for fruit was //Syzigium borneense// and //Dialium indicum// (Ruhiyat, 1986). At Samunsam Wildlife Sanctuary it was found the majority of food consumed was fruits or seeds and young leaves were next most important food item (Bennett and Sebastian, 1988). Fruits eaten tend to be of the dry and bitter-tasting type (Bennett and Sebastian, 1988). In Sarawak it was found that the food item consumed representing the most number of species were leaves (Salter //et al.//, 1985). Leaves consumed tend to have high levels of protein and low levels of digestion inhibitors (fiber) (Yeager //et al.//, 1997). The leaves consumed tend to be high in levels of phosphorus and potassium (Yeager //et al.//, 1997). Seeds of fruits tend to be more important than the flesh itself as a food source for the proboscis monkey (Yeager, 1989). At Samunsam Wildlife Sanctuary this species prefers the seeds of the families Leguminosae and Myristicaceae (Bennett and Sebastian, 1988). This species feeds predominately on the seeds of the following species: //Eugenia sp.//, //Ganua motleyana//, //Lophopetalum javanicum// (Yeager, 1989). An effect of seed predation by this species is that it assists in maintaining vegetational diversity in the areas where it lives (Yeager, 1989). Invertebrates are also consumed, examples of which are mosquitos, caterpillars, and insect larvae (Yeager, 1989). In Tanjung Puting National Park it was found that this species tended to be more frugivorous from January to May and more folivorous from June through December (Yeager, 1989). This species also eats shoots of mangrove trees and flowers. The proboscis monkey prefers to consume immature leaves over older ones. It was found that in Tanjung Puting National Park that the diversity of plant species used for food increased when the trees that had young leaves decreased (Yeager, 1989). In the Lower Kinabatangan, Sabah, it was found that the food resources for this species are unevenly distributed and highly clumped, and it was suggested that this influences the low level of aggression between groups and group ranges that overlap (Boonratana, 1994). This species predominately feeds in the morning and in the evening (Macdonald, 1982). In Sarawak it was found that this species feeds from 1 meter above the ground to the mid to upper canopy trees (Salter //et al.//, 1985). When feeding, lion-tailed macaques, //Macaca silenus//, and orangutans, //Pongo pygmaeus//, will displace the proboscis monkey at feeding sites (Yeager, 1989).
 * ECOLOGY:**


 * [[image:http://www.theprimata.com/nasalis_larvatus.jpg caption="Proboscis Monkey"]] || Group sizes range from 3 to 32 individuals. This is not a territorial species, with group ranges overlapping many groups (Kawabe and Mano, 1972; Boonratana, 2000). Groups of proboscis monkeys will usually never move father than 600 meters from a river or stream (Bennett and Sebastian, 1988). The greatest times of activity for this species is from late afternoon to dark (Kern, 1964; Ruhiyat, 1986). Groups will move away from the riverain forest in the morning and into the tree mangrove forest in the afternoon, and back to the riverain forest in the evening (Salter //et al.//, 1985; Boonratana, 2000). This species has a high dependency on habitats that adjoin rivers (Boonratana, 2000). At Sukau, in Northern Borneo, was found to travel at a mean height of 12.25 meters, and at Abai the mean height for traveling was found to be 6.91 meters (Boonratana, 2000). This a diurnal and semi-terrestrial species.

It was found that in Brunei Bay that the favorite sleeping tree for the proboscis monkey is the pedada, //Sonneratia alba// (Kern, 1964). Kern (1964) suggests that this tree species is chosen because the upper branches protect the monkeys from predators during the night. This species is always found to sleep near rivers, 0 to 15 meters from the river's edge (Ruhiyat, 1986). At Gunung Palung Nature Reserve the favorite trees used for sleeping were the dungun, //Heritiera sp.// and the pisang-pisang, //Mezzetia parviflora// (Ruhiyat, 1986). This species will rarely sleeping in the same tree on consecutive nights (Ruhiyat, 1986). When leaving sleeping trees, males are usually the last individuals to leave (Yeager, 1990a). When sleeping the all-male groups tend to be more spread out in the trees than the unimale groups (Rajanathan and Bennett, 1990). ||

The proboscis monkey tends to cross rivers and streams at narrower points which could an anti-predator behavior (Yeager, 1991b); males tend to be the last individuals to cross amongst group members (Yeager, 1990a). Also this species will cross rivers in large numbers, use foliage to "spring-board" across rivers, and visually scan, as behavior to avoid predators (Yeager, 1991b). When individuals are alone when crossing a river they may enter the water quietly and swim to the other side, exiting quickly and hurrying up a tree (Yeager, 1991b). The false gavial, //Tomistoma schegeli// is a major predator of this species, and the river crossing behavior may be related to avoiding this and other riverine predators (Yeager, 1991b; Galdikas, 1985). The troop associations formed by the groups of this species may be a result of coordinated crossings at narrow points at rivers which would help to deter potential predators (Yeager, 1991b).

The proboscis monkey moves through the forest and on land quadrupedally (Fleagle, 1988). This species is also an excellent swimmer (Fleagle, 1988). Swimming generally occurs at the surface, but they will swim underwater for up to 20 meters if disturbed suddenly (Bennett and Sebastian, 1988). Swimming generally occurs in a single file line when the group crosses a river or a stream (Rajanathan and Bennett, 1990). Proboscis monkeys will leap out of the upper branches of trees overlooking rivers or streams and dive into the water (Kern, 1964).
 * LOCOMOTION:**

There are two levels to the social system of the proboscis monkey. First there are unimale groups and all-male groups (Bennett and Sebastian, 1988;Yeager, 1990a). The next level consists of bands that are made up of many unimale groups (Bennett and Sebastian, 1988; Yeager, 1990a). All-male groups are made up of juvenile, adolescent, and adult males (Yeager, 1990a). Bennett and Sebastian (1988) found that in the Samunsam Wildlife Sanctuary in Sarawak that the average group size of the unimale groups was 9 individuals. Yeager (1990a) found that at Tanjung Puting National Park the sizes of unimale groups ranged from 3 to 23 individuals. Groups will come together during the evening near rivers to sleep in trees (Bennett and Sebastian, 1988). The same groups tend to associate with each other more than with other groups (Yeager, 1991a). These same groups have overlapping sleeping site areas (Yeager, 1991a). The majority of the time the different groups were within 50 meters of each other during the night (Bennett and Sebastian, 1988). Groups will also meet and travel together during the day (Bennett and Sebastian, 1988). The proboscis monkey social organization most resembles that of the gelada baboon, //Theropithecus gelada// (Yeager, 1991a). Adult females tend to coordinate group movements and lead groups when moving (Yeager, 1990a). Males tend to intervene during female-female agonistic interactions and also protect juveniles from female aggression (Yeager, 1990a). Adult females will sometimes leave their unimale group and join another unimale group, but adult females are never seen alone (Bennett and Sebastian, 1988). Females do most of the grooming in the group. Subadults and juveniles have also been found to engage in grooming bouts (Ruhiyat, 1986). Females will compete with each other to copulate with the male of the unimale group (Yeager, 1990b). Males leave their natal group, but some females also leave. At about 18 months juvenile males will leave their natal group and join all-male groups (Bennett and Sebastian, 1988). Little aggression occurs between males when the unimale groups come together to form troops (Kawabe and Mano, 1972). However, early morning displays by males of the unimale groups (vocalizations and branch shaking displays) may serve to mediate spacing of groups that share sleeping sites (Yeager, 1992). These unimale groups may come together to form troops as a protection against predators when moving or to prevent displacement by solitary groups at foraging sites (Yeager, 1992). Infants of this species will stay in close proximity to their mothers for about one year (Rajanathan and Bennett, 1990).
 * SOCIAL BEHAVIOR:**

//growls:// These calls are made by adult males and this functions to calm another member of group down.
 * **VOCAL COMMUNICATION:**

//honks:// These calls are made by adult males of the group. This functions as an aggressive call which threats other members of the group, and is also made in the presence of predators.

//shrieks:// These calls are given by juveniles of both sexes and adult females. This is emitted when the individual is agitated or excited.

//scream:// This vocalization is heard during agonistic interactions (Ruhiyat, 1986). This call is heard during feeding bouts and at night during sleep (Ruhiyat, 1986).


 * OLFACTORY COMMUNICATION:**


 * VISUAL COMMUNICATION:** || [[image:http://www.theprimata.com/nasalis_larvatus3.jpg caption="Proboscis Monkey"]] ||

//social grooming:// This is when one individual grooms another and is used to reinforce the bonds between individuals. Ruhiyat (1986) found that grooming bouts last from 1 to 5 minutes. Usually this behavior is performed with both individuals in a sitting posture (Yeager, 1990a). The groomer will use the hands or the teeth when grooming (Yeager, 1990a).
 * TACTILE COMMUNICATION:**

The proboscis monkey gives birth to a single offspring. The gestation length for this species is about 166 days (Gorzitze, 1996). This species gives birth at night, and the female starts out the delivery by sitting at a branch point of 2 to 3 limbs up in a tree (Gorzitze, 1996). The female sits on one side of her ischial callosities, then the birth occurs, lasting about 3 minutes for the process to take place (Gorzitze, 1996). The female eats the placenta after delivery has taken place (Gorzitze, 1996).
 * REPRODUCTION:**

Females initiate a majority of copulations in this species (Yeager, 1990b). They start by making a pout face and pursing the lips, then they perform //head-shaking// followed by //presenting// (Yeager, 1990b). The male mounts from the rear and they grab the females at the midsection with their hands and rear legs with their feet (Yeager, 1990b). Most copulatory bouts consist of single thrusts (Yeager, 1990b). During mating, juveniles will often harass the male while he is mounting the female (Rajanathan and Bennett, 1990). Same-sex mounting behavior has been observed, between adult females and between immature males (Yeager, 1990b). The females will solicit copulations from males postconception (Gorzitze, 1996). Mating was found to occur from February to November (Rajanathan and Bennett, 1990).

//head-shaking:// This is where the female will shake the head from side to side to solicit copulation from the male. //Presenting// occurs after this display.

//presenting:// This behavior is performed by the female to solicit a copulation from the male; this pattern tells the male that she is ready for copulation (Estes, 1991). Usually //head-shaking// occurs before this.

Ankel-Simons, F. 2000. //Primate Anatomy: An Introduction//. Academic Press: San Diego.
 * **REFERENCES:**

Bennett, E.L. and Sebastian, A.C. 1988. Social organization and ecology of proboscis monkeys (//Nasalis larvatus//) in mixed coastal forest in Sarawak. //International Journal of Primatology//. Vol. 9, 233-255.

Boonratana, R. 1994. The ecology and behaviour of the proboscis monkey (//Nasalis larvatus//) in the Lower Kinabatangan, Sabah. //Asian Primates//. Vol. 4(1), 13-14.

Boonratana, R. 2000. Ranging behavior of proboscis monkeys (//Nasalis larvatus//) in the Lower Kinabatangan, Northern Borneo. //International Journal of Primatology//. Vol. 21, 497-518.

Burton, F. 1995. //The Multimedia Guide to the Non-human Primates//. Prentice-Hall Canada Inc.

Estes, R.D. 1991. //The Behavior Guide to African Mammals//. University of California Press. || ||

Fleagle, J. G. 1988. //Primate Adaptation and Evolution.// Academic Press.

Galdikas, B.M. 1985. Crocodile predation on a proboscis monkey in Borneo. //Primates//. Vol. 26(4), 495-496.

Gorzitze, A.B. 1996. Birth-related behaviors in wild proboscis monkeys (//Nasalis larvatus//). //Primates//. Vol. 37(1), 75-78.

Kawabe, M. and Mano, T. 1972. Ecology and behavior of the wild proboscis monkey, //Nasalis larvatus// (Wurumb), in Sabah, Malaysia. //Primates//. Vol. 13(2), 213-228.

Kern, J.A. 1964. Observations on the habits of the proboscis monkey, //Nasalis larvatus// (Wurumb), made in the Brunei Bay Area, Borneo. //Zoologica//. Vol. 49, 183-192.

Macdonald, D.W. 1982. Notes on the size and composition of groups of proboscis monkey, //Nasalis larvatus//. //Folia Primatologica//. Vol. 37, 95-98.

Pournelle, G.H. 1967. Observations on reproductive behaviour and early postnatal development of the proboscis monkey //Nasalis larvatus orientalis//. //International Zoo Yearbook//. Vol. 7, 90-92.

Rajanathan, R. and Bennett, E.L. 1990. Notes on the social behaviour of wild proboscis monkeys (//Nasalis larvatus//). //Malayan Nature Journal//. Vol. 44, 35-44.

Ruhiyat, Y. 1986. Preliminary study of proboscis monkey (//Nasalis larvatus//) in Gunung Palung Nature Reserve, west Kalimantan. //Kyoto University Overseas Research Report of Studies on Asian Non-Human Primates//. Vol. 5, 59-69.

Salter, R.E., MacKenzie, N.A., Nightingale, N., Aken, K.M., and Chai P.K., P. 1985. Habitat use, ranging behaviour, and food habits of the proboscis monkey, //Nasalis larvatus// (van Wurmb), in Sarawak. //Primates//. Vol. 26(4), 436-451.

Yeager, C.P. 1989. Feeding ecology of the proboscis monkey (//Nasalis larvatus//). //International Journal of Primatology//. Vol. 10, 497-530.

Yeager, C.P. 1990a. Proboscis monkey (//Nasalis larvatus//) social organization: Group structure. //American Journal of Primatology//. Vol. 20, 95-106.

Yeager, C.P. 1990b. Notes on the sexual behavior of the proboscis monkey (//Nasalis larvatus//). //American Journal of Primatology//. Vol. 21, 223-227.

Yeager, C.P. 1991a. Proboscis monkey (//Nasalis larvatus//)social organization: Intergroup patterns of association. //American Journal of Primatology//. Vol. 23, 73-86.

Yeager, C.P. 1991b. Possible antipredator behavior associated with river crossings by proboscis monkeys (//Nasalis larvatus//). //American Journal of Primatology//. Vol. 24, 61-66.

Yeager, C.P. 1992. Proboscis monkey (//Nasalis larvatus//) social organization: Nature and possible functions of intergroup patterns of association. //American Journal of Primatology//. Vol. 26, 133-137.

Yeager, C.P., Silver, S.C., and Dierenfeld, E.S. 1997. Mineral and phytochemical influences on foliage selection by the proboscis monkey (//Nasalis larvatus//). //American Journal of Primatology//. Vol. 41, 117-128.

=Maimuta Dianei=

Aceasta maimuta colorata este o cataratoare foarte buna si isi petrece majoritatea timpului sus, in copacii din padurea tropicala.Traieste in grupuri de pana la 30 de maimute, conduse de un mascul mai batran.Ele se hranesc in principal cu plante, dar mananca , de asemenea ,insecte, oua si pui de pasari.

=Panda Rosu= Corpul:50-64 cm lugime. Coada:28-48 cm lungime. Habitat:Sud-vesutl Chinei El seamana cu un raton decat cu un panda gigant.

=Ursul Panada=

Giganticul urs panda este unul din cele mai spectaculose animale ale planetei. Pentru multi ani, s-a crezut ca acesta ar fi un tip de raton, asemanator cu specia de raton numita panda rosu. In cele din urma, datorita studiilor si cercetarilor intreprinse, s-a observat ca panda de fapt este un urs. Panda au multe asemanari cu ursii. Prima ar fi aceea ca panda are 6 degete la membrele superiare, aceasta caracteristica oferindu-i o foarte buna abillitate de a se catara in copaci si posibilitatea de a-si pastra echilibrul la inaltimi foarte mari. Recunoasterea oficiala a acestor animale ca ursi panda s-a facut in 1995. Ursii panda au de regula un cap mare cu o combinatie de alb si negru, culori care se armonizeaza perfect cu habitatul in care traiesc. Ei traiesc in libertate numai in cateva regiuni din sud-vestul Chinei, in zona Tibetului, Gansu si Shaanzi. Motivul pentru care ursii panda prefera aceste locuri tine exclusiv de hrana - acolo cresc mai bine de 30 de specii de bambus. Habitatele masculilor din aceste locuri sunt mult mai mari si la mai mari altitudini decat cele ale femelelor. Pui noi-nascuti ai ursilor panda cantaresc intre 3-5 kg. Masculii ajung sa cantareasca 86-124 kg si sa masoare 64-6 cm inaltime, in timp ce femelele sunt mult mai mici. Puii ajung la maturitate in jurul varstei de 4-6 ani. Panda se imperecheaza primavara, in lunile martie, aprilie, mai. Puii se nasc de obicei in august sau septembrie. Acestia nu stau langa mama mai mult de 2 ani. La fel ca majoritatea ursilor, si ursii panda sunt foarte sociabili. Doar femelele care au pui mici reprezinta o exceptie. Panda isi marcheaza teritoriul prin decojirea copacilor. Uneori acestia comunica prin diferite tonalitati specifice lor. Ursii panda sunt vegetarieni, hrana lor fiind in proportie de 90% alcatuita din frunze si ramuri de bambus. Adultii pot manca oriunde si orice, in jur de 11-15 kg pe zi. Ocazional, consuma si carne, dar acest lucru se intampla foarte rar. = Coati =
 * Ursul panda **

Physical characteristics Coati have long, pointed muzzles, and long, bushy, ringed tails, and brownish fur. They range in size from 13 to 27 inches (330 mm to 690 mm) including their tails, which can be just as long as their bodies. They weigh from 7 to 15 pounds (3 kg to 7 kg). Males are larger than females.  Groups The females live in groups of 4 to 24 individuals called bands. Males join bands only during the mating season.  Lifespan Coati have been known to live for 14 years in captivity.  Habitat In the wild, coatimundi live in tropical rainforests, grasslands, and brushy areas of South America, Central America and southern North America, and are often seen in Costa Rica. They are excellent tree climbers. In fact, they can reverse their ankles - turn them around - so that they can climb down trees headfirst.  Daily life Coatimundi are diurnal and spend most of the day foraging for food. They are omnivores and eat both meat and plants. They eat small prey like lizards, insects, rodents, snails, and small birds, as well as fruit and nuts. Coati's are also one of the few species of animals which are capable of consuming large tarantulas although they are not immune to its bite or the urticating hairs of the tarantula. They often eat while hanging upside down from a tree branch. A coati finds food using its keen sense of smell.



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