NARWHAL Nrth Pole Whale Choco Egg Mini Figure Model

The narwhal, or narwhale, Monodon monoceros, is a medium-sized toothed whale that lives year-round in the Arctic. One of two living species of whale in the Monodontidae family, along with the beluga whale, narwhal males are distinguished by a long, straight, helical tusk, actually an elongated upper left canine. Found primarily in Canadian Arctic and Greenlandic waters, rarely south of 65?N latitude, the narwhal is a uniquely specialized Arctic predator. In the winter, it feeds on benthic prey, mostly flatfish, at depths of up to 1500 m under dense pack ice. Narwhals have been harvested for over a thousand years by Inuit people in northern Canada and Greenland for meat and ivory, and a regulated subsistence hunt continues to this day. While populations appear stable, the narwhal is particularly vulnerable to climate change due to a narrow geographical range and specialized diet.

Taxonomy and etymology
The narwhal was one of the many species originally described by Linnaeus in his Systema Naturae. Its name is derived from the Old Norse word n?r, meaning "corpse", in reference to the animal's greyish, mottled pigmentation, like that of a drowned sailor. The scientific name, Monodon monoceros, is derived from Greek: "one-tooth one-horn" or "one-toothed unicorn".

The narwhal is most closely related to the beluga whale. Together, these two species comprise the only extant members of the Monodontidae family, sometimes referred to as the "white whales". The Monodontidae are distinguished by medium size (at around 4 m (13 ft) in length), forehead melons, short snouts, and the absence of a true dorsal fin. The white whales, dolphins (Delphinidae) and porpoises (Phocoenidae) together comprise the Delphinoidea superfamily, which are of likely monophyletic origin. Genetic evidence suggests the porpoises are more closely related to the white whales, and that these two families constitute a separate clade which diverged from the Delphinoidea within the past 11 million years.

Description
These are medium-sized whales, being around the same size as a beluga whale. Total length in both sexes, excluding the "tusk" of the male, can range from 3.95 to 5.5 m (12 ft 12 in to 18 ft 1 in).[9] Males, at an average length of 4.1 m (13 ft 5 in), are slightly larger than females, at an average of 3.5 m (11 ft 6 in). Typical adult body weight can range from 800 to 1,600 kg (1,800 to 3,500 lb). Males attain sexual maturity at 11 to 13 years of age, when they are approximately 3.9 m (12 ft 10 in) long, and females attain maturity at 5 to 8 years old, when they are 3.4 m (11 ft 2 in) long. The pigmentation of the narwhal is a mottled pattern, with blackish-brown markings over a white background. They are darkest when born and become whiter in color with age, with white patches developing on the navel and genital slit at sexual maturity. Old males may be almost pure white.

The most conspicuous characteristic of the male narwhal is its single extremely long tusk, a canine tooth that projects from the left side of the upper jaw and forms a left-handed helix. The tusk seems to grow slightly throughout life from 1.5 to 3.1 m (4 ft 11 in to 10 ft 2 in). Despite its formidable appearance, the tusk is hollow and weighs only around 10 kg (22 lb). About one in 500 males has two tusks, which occurs when the right canine, normally small and less straight, also grows out. A female narwhal has a shorter, and straighter tusk. She may also produce a second tusk, but this occurs rarely, and there is a single recorded case of a female with dual tusks.

The most broadly accepted theory for the role of the tusk is as a secondary sexual characteristic, similar to the mane of a lion or the tail feathers of a peacock.This hypothesis was notably discussed and defended at length by Charles Darwin, in The Descent of Man, and Selection in Relation to Sex (1871). It may help determine social rank, maintain dominance hierarchies, or help young males develop skills necessary for performance in adult sexual roles. Narwhals have rarely been observed using their tusk for fighting, other aggressive behavior or for breaking sea ice in their Arctic habitat. Some narwhals have a second, small tooth in their mouths, but are essentially toothless.The tusk may be a sensory organ.

Distribution
The narwhal is found predominantly in the Atlantic and Russian areas of the Arctic Ocean. Individuals are commonly recorded in the northern part of Hudson Bay, Hudson Strait, Baffin Bay; off the east coast of Greenland; and in a strip running east from the northern end of Greenland round to eastern Russia (170? East). Land in this strip includes Svalbard, Franz Joseph Land, and Severnaya Zemlya. The northernmost sightings of narwhal have occurred north of Franz Joseph Land, at about 85? North latitude. Most of the world's narwhals are concentrated in the fjords and inlets of Northern Canada and western Greenland.

Behavior and diet
Narwhals have a relatively restricted and specialized diet. Their prey is predominantly composed of Greenland halibut, polar and Arctic cod, cuttlefish, shrimp and Gonatus squid. Additional items found in stomachs have included wolffish, capelin, skate eggs and sometimes rocks, accidentally ingested when whales feed near the bottom. Due to the lack of well-developed dentition in the mouth, most prey is swam towards until it is within close range and then is sucked with considerable force into the mouth. It is thought that the beaked whales, who have similarly reduced dentition, also suck up their prey.
Narwhals are a migratory species. As spring comes, these leads open up into channels and the narwhals return to the coastal bays.

Narwhals exhibit seasonal migrations, with a high fidelity of return to preferred, ice-free summering grounds, usually in shallow waters. In summer months, they move closer to coasts, usually in pods of 10-100. In the winter, they move to offshore, deeper waters under thick pack ice, surfacing in narrow fissures in the sea ice, or leads. Narwhals from Canada and West Greenland winter regularly in the pack ice of Davis Strait and Baffin Bay along the continental slope with less than 5% open water and high densities of Greenland halibut. Feeding in the winter accounts for a much larger portion of narwhal energy intake than in the summer and, as marine predators, they are unique in their successful exploitation of deep-water arctic ecosystems.

Most notable of their adaptations is the ability to perform deep dives. When on their wintering grounds, the narwhals make some of the deepest dives ever recorded for a marine mammal, diving to at least 800 meters (2,625 feet) over 15 times per day, with many dives reaching 1,500 meters (4,921 feet). Dives to these depths last around 25 minutes, including the time spent at the bottom and the transit down and back from the surface. In the shallower summering grounds, narwhals dive to depths between 30 and 300 meters (90–900 feet).

Narwhals normally congregate in groups of about five to ten individuals, sometimes up to 20 outside of summertime. Groups may be "nurseries" with only females and young or can contain only post-disperal juveniles or adult males ("bulls"), though mixed groups can occur at any time of the year. In the summer, several groups come together, forming larger aggregations. Such aggregations can contain from 500 to over 1000 individuals.At times, bull narwhals rub their tusks together in an activity called "tusking". This behavior is thought to maintain social dominance hierarchies.

ปลาวาฬนาร์วาล ยูนิคอร์นลึกลับแห่งขั้วโลกเหนือ

นาร์วาล (อังกฤษ: narwhal; ชื่อวิทยาศาสตร์: Monodon monoceros) เป็นวาฬมีฟันขนาดกลาง ซึ่งใช้ชีวิตตลอดทั้งปีที่บริเวณอาร์กติก เป็นหนึ่งในสองของสปีชีส์วาฬวงศ์โมโนดอนติแด เช่นเดียวกับวาฬเบลูกา นาร์วาลเพศผู้มีลักษณะที่โดดเด่นคือ มีงาที่ยาว, ตรง, เป็นเกลียวที่ยื่นมาจากกรามบนด้านซ้ายของพวกมัน ส่วนใหญ่พบในบริเวณอาร์กติกของแคนาดาและเขตทะเลของกรีนแลนด์ หาได้ยากในบริเวณละติจูด 65?เหนือ นาร์วาลเป็นนักล่าที่มีเอกลักษณ์เฉพาะตัวในเขตอาร์กติก มันกินเหยื่อบริเวณพื้นใต้น้ำเป็นอาหาร โดยเป็นสิ่งมีชีวิตในอันดับปลาซีกเดียวเป็นส่วนใหญ่ ที่ระดับความลึกถึง 1,500 เมตรใต้ก้อนน้ำแข็งหนา มีการล่านาร์วาลมากว่าหนึ่งพันปีโดยชาวอินูอิตในภาคเหนือของแคนาดาและกรีนแลนด์สำหรับเนื้อและงา รวมถึงล่าเพื่อการยังชีพแบบควบคุมยังคงดำเนินต่อไปจนถึงทุกวันนี้ ในขณะที่ประชากรต่างถือว่าพวกมันตกอยู่ในความเสี่ยง โดยเฉพาะอย่างยิ่งการเปลี่ยนแปลงภูมิอากาศมีช่วงที่แคบและอดอาหาร

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EURASIAN RED SQUIRREL (grey) Mini Figure Model

The red squirrel or Eurasian red squirrel (Sciurus vulgaris) is a species of tree squirrel in the genus Sciurus common throughout Eurasia. The red squirrel is an arboreal, omnivorous rodent.
In Great Britain and Ireland, numbers have decreased drastically in recent years, in part because of the introduction of the eastern grey squirrel (Sciurus carolinensis) from North America.

Description
The red squirrel has a typical head-and-body length of 19 to 23 cm (7.5 to 9 in), a tail length of 15 to 20 cm (5.9 to 7.9 in) and a mass of 250 to 340 g (8.8 to 12 oz). It is not sexually dimorphic, as males and females are the same size. The red squirrel is somewhat smaller than the eastern grey squirrel which has a head-and-body length of 25 to 30 cm (9.5 to 12 in) and weighs between 400 and 800 g (14 oz to 1.8 lb). It is thought that the long tail helps the squirrel to balance and steer when jumping from tree to tree and running along branches and may keep the animal warm during sleep.

The coat of the red squirrel varies in colour with time of year and location. There are several different coat colour morphs ranging from black to red. Red coats are most common in Great Britain; in other parts of Europe and Asia different coat colours co-exist within populations, much like hair colour in some human populations. The underside of the squirrel is always white-cream in colour. The red squirrel sheds its coat twice a year, switching from a thinner summer coat to a thicker, darker winter coat with noticeably larger ear-tufts (a prominent distinguishing feature of this species) between August and November. A lighter, redder overall coat colour, along with the larger ear-tufts (in adults) and much smaller size, distinguish the Eurasian red squirrel from the American eastern grey squirrel. The red squirrel, like most tree squirrels, has sharp, curved claws to enable it to climb and descend broad tree trunks, thin branches and even house walls. Its strong hind legs enable it to leap gaps between trees.The red squirrel also has the ability to swim.
Reproduction and Mortality

Mating can occur in late winter during February and March and in summer between June and July. Up to two litters a year per female are possible. Each litter usually contains three or four young although as many as six may be born. Gestation is about 38 to 39 days. The young are looked after by the mother alone and are born helpless, blind and deaf and weigh between 10 and 15 g. Their body is covered by hair at 21 days, their eyes and ears open after three to four weeks, and they develop all their teeth by 42 days. Juvenile red squirrels can eat solids around 40 days following birth and from that point can leave the nest on their own to find food; however, they still suckle from their mother until weaning occurs at 8 to 10 weeks.

During mating, males detect females that are in œstrus by an odor that they produce, and although there is no courtship the male will chase the female for up to an hour prior to mating. Usually multiple males will chase a single female until the dominant male, usually the largest in the group, mates with the female. Males and females will mate multiple times with many partners. Females must reach a minimum body mass before they enter œstrus, and heavy females on average produce more young. If food is scarce breeding may be delayed. Typically a female will produce her first litter in her second year.

Red squirrels that survive their first winter have a life expectancy of 3 years. Individuals may reach 7 years of age, and 10 in captivity. Survival is positively related to availability of autumn–winter tree seeds; on average, 75–85% of juveniles disappear during their first winter, and mortality is approximately 50% for winters following the first.

Ecology and Behviour
The red squirrel is found in both coniferous forest and temperate broadleaf woodlands. The squirrel makes a drey (nest) out of twigs in a branch-fork, forming a domed structure about 25 to 30 cm in diameter. This is lined with moss, leaves, grass and bark. Tree hollows and woodpecker holes are also used. The red squirrel is a solitary animal and is shy and reluctant to share food with others. However, outside the breeding season and particularly in winter, several red squirrels may share a drey to keep warm. Social organization is based on dominance hierarchies within and between sexes; although males are not necessarily dominant to females, the dominant animals tend to be larger and older than subordinate animals, and dominant males tend to have larger home ranges than subordinate males or females.

The red squirrel eats mostly the seeds of trees, neatly stripping conifer cones to get at the seeds within. Fungi, nuts (especially hazelnuts but also beech and chestnuts), berries, young shoots, and meat such as bird eggs are also eaten. Often the bark of trees is removed to allow access to sap.[citation needed] Between 60% and 80% of its active period may be spent foraging and feeding. Excess food is put into caches, either buried or in nooks or holes in trees, and eaten when food is scarce. Although the red squirrel remembers where it created caches at a better-than-chance level, its spatial memory is substantially less accurate and durable than that of grey squirrel; it therefore will often have to search for them when in need, and many caches are never found again. No territories are maintained, and the feeding areas of individuals overlap considerably.

The active period for the red squirrel is in the morning and in the late afternoon and evening. It often rests in its nest in the middle of the day, avoiding the heat and the high visibility to birds of prey that are dangers during these hours. During the winter, this mid-day rest is often much more brief, or absent entirely, although harsh weather may cause the animal to stay in its nest for days at a time.

Arboreal predators include small mammals including the pine marten, wild cats, and the stoat, which preys on nestlings; birds, including owls and raptors such as the goshawk and buzzards, may also take the red squirrel. The red fox, cats and dogs can prey upon the red squirrel when it is on the ground. Humans influence the population size and mortality of the red squirrel by destroying or altering habitats, by causing road casualties, and by controlling populations by hunting.

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DUGONG dugon Sea Cow

The dugong (Dugong dugon) is a large marine mammal which, together with the manatees, is one of four living species of the order Sirenia. It is the only living representative of the once-diverse family Dugongidae; its closest modern relative, Steller's Sea Cow (Hydrodamalis gigas), was hunted to extinction in the 18th century. It is also the only sirenian in its range, which spans the waters of at least 37 countries throughout the Indo-Pacific, though the majority of dugongs live in the northern waters of Australia between Shark Bay and Moreton Bay. The dugong is the only strictly-marine herbivorous mammal, as all species of manatee utilize fresh water to some degree.

Like all modern sirenians, the dugong has a fusiform body with no dorsal fin or hind limbs, instead possessing paddle-like forelimbs used to maneuver itself. It is easily distinguished from the manatees by its fluked, dolphin-like tail, but also possesses a unique skull and teeth. The dugong is heavily dependent on seagrasses for subsistence and is thus restricted to the coastal habitats where they grow, with the largest dugong concentrations typically occurring in wide, shallow, protected areas such as bays, mangrove channels and the lee sides of large inshore islands. Its snout is sharply downturned, an adaptation for grazing and uprooting benthic seagrasses.

The dugong has been hunted for thousands of years for its meat and oil, although dugong hunting also has great cultural significance throughout its range. The dugong's current distribution is reduced and disjunct, and many populations are close to extinction. The IUCN lists the dugong as a species vulnerable to extinction, while the Convention on International Trade in Endangered Species limits or bans the trade of derived products based on the population involved. Despite being legally protected in many countries throughout their range, the main causes of population decline remain anthropogenic and include hunting, habitat degradation, and fishing-related fatalities. With its long lifespan of 70 years or more, and slow rate of reproduction, the dugong is especially vulnerable to these types of exploitation. Dugongs are also threatened by storms, parasites, and their natural predators, sharks, killer whales, and crocodiles.

Etymology and Taxonomy

The dugong was first classified by Müller in 1776 as Trichechus dugon, a member of the manatee genus previously defined by Linnaeus. It was later assigned as the type species of Dugong by Lacépède and further classified within its own family by Gray and subfamily by Simpson.
The word "dugong" derives from the Tagalog term dugong which was in turn adopted from the Malay duyung, both meaning "lady of the sea." Other common local names include "sea cow," "sea pig" and "sea camel."

Anatomy and Morphology

The dugong's body is large and fusiform, with thick, smooth skin that is a pale cream color at birth but darkens dorsally and laterally to a brownish to dark gray with age. The body is sparsely covered in short hair, a common feature among sirenians which may allow for tactile interpretation of their environment. The dugong has paddle-like forelimbs which aid in movement and feeding, while its fluked tail provides locomotion through vertical movement. The teats are located just behind the forelimbs, similar to their location in elephants. Like the Amazonian Manatee, the dugong lacks nails on its forelimbs.
Unlike the manatees, the dugong's teeth do not continually grow back via horizontal tooth replacement. The dugong has two incisors (tusks) which grow posteriorly until puberty, after which they first erupt in males. The female's tusks continue to grow posteriorly, sometimes erupting later in life after reaching the base of the premaxilla. The full dental formula of dugongs is:

Like other sirenians, the dugong experiences pachyostosis, a condition in which the ribs and other long bones are unusually solid and contain little or no marrow. These heavy bones, which are among the densest in the animal kingdom,may act as a ballast to help keep sirenians suspended slightly below the water's surface.
Dugongs are generally smaller than manatees (with the exception of the Amazonian Manatee), reaching an average adult length of 2.7 metres (8.9 ft) and weight of 150 to 300 kilograms (330 to 660 lb). An adult's length rarely exceeds 3 metres (9.8 ft), and females tend to be larger than males.The largest known dugong was a female landed off the Saurashtra coast of west India, measuring 4.03 metres (13.2 ft) and weighing 1,018 kilograms (2,240 lb)

Distribution

Remaining populations of dugong are greatly reduced, although they once covered all of the tropical South Pacific and Indian Oceans.[citation needed] Their historic range is believed to correspond to that of certain seagrasses. Groups of 10,000 or more are present on the Great Barrier Reef of Australia, at Shark Bay, and in Torres Strait south of New Guinea. Before 1970, it is thought, large populations were also present in coastal Mozambique and Kenya, but these have dwindled. Palau also has a small population. On January 22, 2003, an individual was found (weight 300 kg, length 2 m) off the coast of Tanzania.[citation needed]Moreton Bay in Brisbane, Australia, is one of many homes to the dugong because it contains clean, clear water at the appropriate depth ranges; suitable food; and access to the sea for warmth. Although strong tidal currents affect the exact times and durations of each visit to the bay, the dugong return for protection from large sharks. Important to the future of the dugong, the area is a 200 km stretch of high-density human habitation and recreation, with easy access to study and learn how to best protect the remaining herds.
A small number of dugongs are also found in the Straits of Johor (which separates Johor in Malaysia and Singapore), in the Philippine provinces of Palawan, Romblon, Guimaras and Davao Oriental, in the Arabian Sea along Pakistan and in the Red Sea in Egypt provinces Marsa Alam at Marsa Abu Dabbab. The remaining dugongs in the Persian Gulf have reportedly been further endangered by repeated U.S.-Iraq conflicts which resulted in large oil spills into the gulf. The current population of Persian Gulf dugongs is around 7,500, but their status is currently not well known.
An endangered population of 50 or fewer dugongs survives around Okinawa.

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