Animals with the word dog in them

животные на английском языке

Тема «Животные Animals» — одна из первых, с которой сталкиваются при изучении английского языка. Сегодня мы разберем, как называются по-английски домашние животные, дикие животные, группы животных (такие как стая), а также узнаем, как «говорят» животные на английском языке. Все слова приведены с транскрипцией и переводом.

Читайте также: «Упражнения: животные на английском языке».

Названия домашних животных на английском языке

domestic animals [dəʊˈmɛstɪk ˈænɪməlz] домашние животные
cow [kaʊ] корова
bull [bʊl] бык
horse [hɔːs] лошадь
stallion [ˈstæljən] жеребец
mare [meə] кобыла
goat [gəʊt] коза
he goat [hiː] [gəʊt] козел
sheep [ʃiːp] овца
ram [ræm] баран
donkey [ˈdɒŋki] осел
mule [mjuːl] мул
pig [pɪg] свинья
cat [kæt] кошка
dog [dɒg] собака
calf [kɑːf] теленок
lamb [læm] ягненок
foal [fəʊl] жеребенок
piglet [ˈpɪglət] поросенок
kitten [ˈkɪtn] котенок
puppy [ˈpʌpi] щенок
mouse [maʊs] мышь
rat [ræt] крыса
chinchilla [ʧɪnˈʧɪlə] шиншилла
hamster [ˈhæmstə] хомяк
guinea pig (cavy) [ˈgɪni pɪg] [ˈkeɪvi] морская свинка

Примечание:

  1. Множественное число слова mouse — mice, а не mouses.
  2. Слово sheep во множественном числе тоже sheep (формы совпадают).

Дикие животные на английском языке

wild animal [waɪld ˈænɪməl] дикое животное
wolf [wʊlf] волк
fox [fɒks] лиса
bear [beə] медведь
tiger [ˈtaɪgə] тигр
lion [ˈlaɪən] лев
elephant [ˈɛlɪfənt] слон
ape (monkey) [eɪp] [ˈmʌŋki] обезьяна
camel [ˈkæməl] верблюд
rabbit [ˈræbɪt] кролик
hare [heə] заяц
antelope [ˈæntɪləʊp] антилопа
badger [ˈbæʤə] барсук
squirrel [ˈskwɪrəl] белка
beaver [ˈbiːvə] бобр
zebra [ˈziːbrə] зебра
kangaroo [ˌkæŋgəˈruː] кенгуру
crocodile [ˈkrɒkədaɪl] крокодил
rhino (rhinoceros) [ˈraɪnəʊ] [raɪˈnɒsərəs] носорог
deer [dɪə] олень
lynx [lɪŋks] рысь
seal [siːl] тюлень
tortoise (turtle) [ˈtɔːtəs] [ˈtɜːtl] черепаха
cheetah [ˈʧiːtə] гепард
hyena [haɪˈiːnə] гиена
raccoon [rəˈkuːn] енот
giraffe [ʤɪˈrɑːf] жираф
hedgehog [ˈhɛʤhɒg] ёж
leopard [ˈlɛpəd] леопард
panther [ˈpænθə] пантера
elk (moose) [ɛlk] ([muːs]) лось
anteater [ˈæntˌiːtə] муравьед
opossum (possum) [əˈpɒsəm] ([ˈpɒsəm]) опоссум
puma (cougar) [ˈpjuːmə] ([ˈkuːgə]) пума
wolverine [ˈwʊlvəriːn] росомаха
dinosaur [ˈdaɪnəʊsɔː] динозавр

Примечание: слово deer во множественном числе тоже deer, формы совпадают.

Группы животных на английском

Помимо названий отдельных животных, существуют называния групп животных. По-русски мы говорим стадо овец, стая волков, но никак не стадо волков и стая овец. Вот, как называются группы животных на английском с приблизительным переводом (приблизительным, потому что точный зависит от контекста):

Название группы Транскрипция Приблизительный перевод
colony (of ants, rabbits) [ˈkɒləni] колония
swarm (of bees, flies, butterflies) [swɔːm] рой
flock (of birds, geese) [flɒk] стая
herd (of cattle, pigs, sheep, goats) [hɜːd] стадо
pack (of dogs, wolves) [pæk] стая, свора
school (of fish) [skuːl] стая, косяк
pride (of lions) [praɪd] прайд, стая
nest (of snakes) [nɛst] гнездо
litter (of puppies, kittens) [ˈlɪtə] выводок, приплод, помет

Как видите, некоторые слова похожи на русские, некоторые сильно отличаются: мы тоже говорим «колония муравьев», но не говорим «колония кроликов». Больше всего меня позабавило, что группа котят, щенят и других детенышей называется litter — буквально, разбросанные вещи, мусор, беспорядок.

Что говорят животные на английском языке? Песня для детей

Еще одна интересная тема, касающаяся животных — это то, как в английском передается их «речь». К примеру, мы говорим, что птичка чирикает «чирик-чирик», а свинья хрюкает «хрю-хрю», но англичанин скажет, что птичка чирикает «твит-твит», а свинья хрюкает «ойнк, ойнк».

Здесь нужно выделить две группы слов:

  • Звукоподражания вроде «кря-кря», «хрю-хрю».
  • Глаголы, называющие сам процесс «речи», например: крякать, хрюкать.

Звукоподражания хорошо продемонстрированы в этой детской песенке:

А вот список некоторых, скажем так, глаголов речи. В скобках — названия животных и птиц, к которым могут относиться эти действия.

growl [graʊl] реветь, рычать
squeak [skwiːk] пищать
scream [skriːm] кричать
roar [rɔː] реветь, рычать
cluck [klʌk] кудахтать
moo [muː] мычать
chirp [ʧɜːp] стрекотать
bleat [bliːt] блеять
bark [bɑːk] лаять
howl [haʊl] выть
quack [kwæk] квакать
hiss [hɪs] шипеть
laugh [lɑːf] смеяться
tweet [twiːt] чирикать
meow [miːˈaʊ] мяукать
purr [pɜː] мурлыкать

Теперь рассмотрим к каким животным относятся эти «глаголы речи»:

  • growl — медведи, тигры, львы
  • squeak — грызуны (мыши, шиншиллы и др.), кролики
  • scream — обезьяны
  • roar — львы, медведи
  • cluck — курицы
  • moo — коровы
  • chirp — сверчки, цикады
  • bleat — козы, овцы
  • bark — собаки
  • howl — собаки, волки
  • quack — утки
  • hiss — змеи
  • tweet — птицы
  • meow, purr — кошки

Приведу примеры с некоторыми глаголами:

Can you hear the dogs barking? Go, check the backyard. — Слышишь, собаки лают? Сходи, проверь задний двор.

Whose cat is meowing ouside for like an hour? — Чья это кошка уже где-то час мяукает на улице?

The mouse sqeaked and hid under the pillow. — Мышь пискнула и спряталась под подушкой.

My neighbor’s dog howls like a wolf every night. — Собака моего соседа воет как волк каждую ночь.

author


Здравствуйте! Меня зовут Сергей Ним, я автор этого сайта, а также книг, курсов, видеоуроков по английскому языку.

Подпишитесь на мой Телеграм-канал, чтобы узнавать о новых видео, материалах по английскому языку.

У меня также есть канал на YouTube, где я регулярно публикую свои видео.

The domestic dog (Canis lupus familiaris[3] and Canis lupus dingo[1][2]) is a domesticated form of the gray wolf, a member of the Canidae family of the order Carnivora. The term is used for both feral and pet varieties. The dog may have been the first animal to be domesticated, and has been the most widely kept working, hunting, and companion animal in human history. The word «dog» may also mean the male of a canine species,[4] as opposed to the word «bitch» for the female of the species.[5]

Dogs were domesticated from gray wolves about 15,000 years ago.[6] Their value to early human settlements led to them quickly becoming ubiquitous across world cultures. Dogs perform many roles for people, such as hunting, herding, pulling loads, protection, assisting police and military, companionship, and, more recently, aiding handicapped individuals. This impact on human society has given them the nickname «Man’s Best Friend» in the Western world. In 2001, there were estimated to be 400 million dogs in the world.[7]

Over the 15,000-year span in which the dog has been domesticated, it has diverged into only a handful of landraces, groups of similar animals whose morphology and behavior have been shaped by environmental factors and functional roles. Through selective breeding by humans, the dog has developed into hundreds of varied breeds, and shows more behavioral and morphological variation than any other land mammal.[8] For example, height measured to the withers ranges from a few inches in the Chihuahua to a few feet in the Irish Wolfhound; color varies from white through grays (usually called «blue») to black, and browns from light (tan) to dark («red» or «chocolate») in a wide variation of patterns; coats can be short or long, coarse-haired to wool-like, straight, curly, or smooth.[9] It is common for most breeds to shed this coat.

Contents

  • 1 Etymology and related terminology
  • 2 Taxonomy
  • 3 History and evolution
    • 3.1 DNA studies
  • 4 Roles with humans
    • 4.1 Early roles
    • 4.2 As pets
    • 4.3 Work
    • 4.4 Sports and shows
    • 4.5 As a food source
    • 4.6 Health risks to humans
    • 4.7 Health benefits for humans
    • 4.8 Shelters
  • 5 Biology
    • 5.1 Senses
      • 5.1.1 Vision
      • 5.1.2 Hearing
      • 5.1.3 Smell
    • 5.2 Physical characteristics
      • 5.2.1 Coat
      • 5.2.2 Tail
    • 5.3 Types and breeds
    • 5.4 Health
      • 5.4.1 Mortality
      • 5.4.2 Predation
    • 5.5 Diet
    • 5.6 Reproduction
    • 5.7 Neutering
  • 6 Intelligence and behavior
    • 6.1 Intelligence
    • 6.2 Behavior
      • 6.2.1 Sleep
    • 6.3 Dog growl
  • 7 Differences from wolves
    • 7.1 Physical characteristics
    • 7.2 Behavior
    • 7.3 Trainability
  • 8 Mythology
  • 9 Gallery of dogs in art
  • 10 See also
  • 11 References
  • 12 External links

Etymology and related terminology

Dog is the common use term that refers to members of the subspecies Canis lupus familiaris (canis, «dog»; lupus, «wolf»; familiaris, «of a household» or «domestic»). The term can also be used to refer to a wider range of related species, such as the members of the genus Canis, or «true dogs», including the wolf, coyote, and jackals; or it can refer to the members of the tribe Canini, which would also include the African wild dog; or it can be used to refer to any member of the family Canidae, which would also include the foxes, bush dog, raccoon dog, and others.[10] Some members of the family have «dog» in their common names, such as the raccoon dog and the African wild dog. A few animals have «dog» in their common names but are not canids, such as the prairie dog.

The English word dog comes from Middle English dogge, from Old English docga, a «powerful dog breed».[11] The term may derive from Proto-Germanic *dukkōn, represented in Old English finger-docce («finger-muscle»).[12] The word also shows the familiar petname diminutive -ga also seen in frogga «frog», picga «pig», stagga «stag», wicga «beetle, worm», among others.[13] Due to the archaic structure of the word, the term dog may ultimately derive from the earliest layer of Proto-Indo-European vocabulary, reflecting the role of the dog as the earliest domesticated animal.[14]

Mbabaram is famous in linguistic circles for a striking coincidence in its vocabulary to English. When linguist R. M. W. Dixon began his study of the language by eliciting a few basic nouns among the first of these was the word for «dog» which coincidentally in Mbabaram is dog. The Mbabaram word for «dog» really is pronounced almost identically to the English word (compare true cognates such as Yidiny gudaga, Dyirbal guda, Djabugay gurraa and Guugu Yimidhirr gudaa, for example). The similarity is a complete coincidence: there is no discernible relationship between English and Mbabaram. This and other false cognates are often cited as a caution against deciding that languages are related based on a small number of comparisons.

In 14th-century England, hound (from Old English: hund) was the general word for all domestic canines, and dog referred to a subtype of hound, a group including the mastiff. It is believed this «dog» type of «hound» was so common it eventually became the prototype of the category “hound”.[15] By the 16th century, dog had become the general word, and hound had begun to refer only to types used for hunting.[16] Hound, cognate to German Hund, Dutch hond, common Scandinavian hund, and Icelandic hundur, is ultimately derived from the Proto-Indo-European *kwon- «dog», found in Welsh ci (plural cwn), Latin canis, Greek kýōn, Lithuanian šuõ.[17]

In breeding circles, a male canine is referred to as a dog, while a female is called a bitch (Middle English bicche, from Old English bicce, ultimately from Old Norse bikkja). A group of offspring is a litter. The father of a litter is called the sire, and the mother is called the dam. Offspring are, in general, called pups or puppies, from French poupée, until they are about a year old. The process of birth is whelping, from the Old English word hwelp (cf. German Welpe, Dutch welp, Swedish valpa, Icelandic hvelpur).[18]

Taxonomy

The domestic dog was originally classified as Canis familiaris and Canis familiarus domesticus by Carolus Linnaeus in 1758,[19][20] and was reclassified in 1993 as Canis lupus familiaris, a subspecies of the gray wolf Canis lupus, by the Smithsonian Institution and the American Society of Mammalogists. Overwhelming evidence from behavior, vocalizations, morphology, and molecular biology led to the contemporary scientific understanding that a single species, the gray wolf, is the common ancestor for all breeds of domestic dogs;[21][22] however, the timeframe and mechanisms by which dogs diverged are controversial.[21] Canis lupus familiaris is listed as the name for the taxon that is broadly used in the scientific community and recommended by ITIS; Canis familiaris, however, is a recognised synonym.[23]

History and evolution

Domestic dogs inherited complex behaviors from their wolf ancestors, being pack hunters with complex body language. These sophisticated forms of social cognition and communication may account for their trainability, playfulness, and ability to fit into human households and social situations, and these attributes have given dogs a relationship with humans that has enabled them to become one of the most successful species on the planet today.[21]

Although experts largely disagree over the details of dog domestication, it is agreed that human interaction played a significant role in shaping the subspecies.[24] Shortly after domestication, dogs became ubiquitous in human populations, and spread throughout the world. Emigrants from Siberia likely crossed the Bering Strait with dogs in their company, and some experts[who?] suggest the use of sled dogs may have been critical to the success of the waves that entered North America roughly 12,000 years ago,[citation needed] although the earliest archaeological evidence of dog-like canids in North America dates from about 9,000 years ago.[25] Dogs were an important part of life for the Athabascan population in North America, and were their only domesticated animal. Dogs also carried much of the load in the migration of the Apache and Navajo tribes 1,400 years ago. Use of dogs as pack animals in these cultures often persisted after the introduction of the horse to North America.[26][page needed]

The current consensus among biologists and archaeologists is that the dating of first domestication is indeterminate.[24][26] There is conclusive evidence dogs genetically diverged from their wolf ancestors at least 15,000 years ago,[6][27][28] but some believe domestication to have occurred earlier.[24] It is not known whether humans domesticated the wolf as such to initiate dog’s divergence from its ancestors, or whether dog’s evolutionary path had already taken a different course prior to domestication. For example, it is hypothesized that some wolves gathered around the campsites of paleolithic camps to scavenge refuse, and associated evolutionary pressure developed that favored those who were less frightened by, and keener in approaching, humans.

The bulk of the scientific evidence for the evolution of the domestic dog stems from archaeological findings and mitochondrial DNA studies. The divergence date of roughly 15,000 years ago is based in part on archaeological evidence that demonstrates the domestication of dogs occurred more than 15,000 years ago,[21][26] and some genetic evidence indicates the domestication of dogs from their wolf ancestors began in the late Upper Paleolithic close to the Pleistocene/Holocene boundary, between 17,000 and 14,000 years ago.[29] But there is a wide range of other, contradictory findings that make this issue controversial.

Archaeological evidence suggests the latest dogs could have diverged from wolves was roughly 15,000 years ago, although it is possible they diverged much earlier.[21] In 2008, a team of international scientists released findings from an excavation at Goyet Cave in Belgium declaring a large, toothy canine existed 31,700 years ago and ate a diet of horse, musk ox and reindeer.[30]

Prior to this Belgian discovery, the earliest dog fossils were two large skulls from Russia and a mandible from Germany dated from roughly 14,000 years ago.[6][21] Remains of smaller dogs from Natufian cave deposits in the Middle East, including the earliest burial of a human being with a domestic dog, have been dated to around 10,000 to 12,000 years ago.[6][31] There is a great deal of archaeological evidence for dogs throughout Europe and Asia around this period and through the next two thousand years (roughly 8,000 to 10,000 years ago), with fossils uncovered in Germany, the French Alps, and Iraq, and cave paintings in Turkey.[21] The oldest remains of a domesticated dog in the Americas were found in Texas and have been dated to about 9,400 years ago.[32]

DNA studies

DNA studies have provided a wide range of possible divergence dates, from 15,000 to 40,000 years ago,[6] to as much as 100,000 to 140,000 years ago.[33] These results depend on a number of assumptions.[21] Genetic studies are based on comparisons of genetic diversity between species, and depend on a calibration date. Some estimates of divergence dates from DNA evidence use an estimated wolf-coyote divergence date of roughly 700,000 years ago as a calibration.[34] If this estimate is incorrect, and the actual wolf-coyote divergence is closer to one or two million years ago, or more,[35] then the DNA evidence that supports specific dog-wolf divergence dates would be interpreted very differently.

Furthermore, it is believed the genetic diversity of wolves has been in decline for the last 200 years, and that the genetic diversity of dogs has been reduced by selective breeding. This could significantly bias DNA analyses to support an earlier divergence date. The genetic evidence for the domestication event occurring in East Asia is also subject to violations of assumptions. These conclusions are based on the location of maximal genetic divergence, and assume hybridization does not occur, and that breeds remain geographically localized. Although these assumptions hold for many species, there is good reason to believe that they do not hold for canines.[21]

Genetic analyses indicate all dogs are likely descended from a handful of domestication events with a small number of founding females,[21][29] although there is evidence domesticated dogs interbred with local populations of wild wolves on several occasions.[6] Data suggest dogs first diverged from wolves in East Asia, and these domesticated dogs then quickly migrated throughout the world, reaching the North American continent around 8000 BC.[6] The oldest groups of dogs, which show the greatest genetic variability and are the most similar to their wolf ancestors, are primarily Asian and African breeds, including the Basenji, Lhasa Apso, and Siberian Husky.[36] Some breeds thought to be very old, such as the Pharaoh Hound, Ibizan Hound, and Norwegian Elkhound, are now known to have been created more recently.[36]

There is a great deal of controversy surrounding the evolutionary framework for the domestication of dogs.[21] Although it is widely claimed that «man domesticated the wolf,»[37] man may not have taken such a proactive role in the process.[21] The nature of the interaction between man and wolf that led to domestication is unknown and controversial. At least three early species of the Homo genus began spreading out of Africa roughly 400,000 years ago, and thus lived for a considerable time in contact with canine species. Despite this, there is no evidence of any adaptation of canine species to the presence of the close relatives of modern man. If dogs were domesticated, as believed, roughly 15,000 years ago, the event (or events) would have coincided with a large expansion in human territory and the development of agriculture. This has led some biologists to suggest one of the forces that led to the domestication of dogs was a shift in human lifestyle in the form of established human settlements. Permanent settlements would have coincided with a greater amount of disposable food and would have created a barrier between wild and anthropogenic canine populations.[21]

Roles with humans

Early roles

Wolves, and their dog descendants, would have derived significant benefits from living in human camps—more safety, more reliable food, lesser caloric needs, and more chance to breed.[38] They would have benefited from humans’ upright gait that gives them larger range over which to see potential predators and prey, as well as color vision that, at least by day, gives humans better visual discrimination.[38] Camp dogs would also have benefitted from human tool use, as in bringing down larger prey and controlling fire for a range of purposes.[38]

Humans would also have derived enormous benefit from the dogs associated with their camps.[39] For instance, dogs would have improved sanitation by cleaning up food scraps.[39] Dogs may have provided warmth, as referred to in the Australian Aboriginal expression “three dog night” (an exceptionally cold night), and they would have alerted the camp to the presence of predators or strangers, using their acute hearing to provide an early warning.[39] Anthropologists believe the most significant benefit would have been the use of dogs’ sensitive sense of smell to assist with the hunt.[39] The relationship between the presence of a dog and success in the hunt is often mentioned as a primary reason for the domestication of the wolf, and a 2004 study of hunter groups with and without a dog gives quantitative support to the hypothesis that the benefits of cooperative hunting was an important factor in wolf domestication.[40]

The cohabitation of dogs and humans would have greatly improved the chances of survival for early human groups, and the domestication of dogs may have been one of the key forces that led to human success.[41]

Couple sitting on the lawn with a pet British Bulldog

As pets

“The most widespread form of interspecies bonding occurs between humans and dogs”[39] and the keeping of dogs as companions, particularly by elites, has a long history.[42] However, pet dog populations grew significantly after World War II as suburbanization increased.[42] In the 1950s and 1960s, dogs were kept outside more often than they tend to be today [43] (using the expression “in the doghouse” to describe exclusion from the group signifies the distance between the doghouse and the home) and were still primarily functional, acting as a guard, children’s playmate, or walking companion. From the 1980s, there have been changes in the role of the pet dog, such as the increased role of dogs in the emotional support of their owners.[44] People and dogs have become increasingly integrated and implicated in each other’s lives,[45] to the point where pet dogs actively shape the way a family and home are experienced.[46]

There have been two major trends in the changing status of pet dogs. The first has been the ‘commodification’ of the dog, shaping it to conform to human expectations of personality and behaviour.[46] The second has been the broadening of the concept of the family and the home to include dogs-as-dogs within everyday routines and practices.[46]

There are a vast range of commodity forms available to transform a pet dog into an ideal companion.[47] The list of goods, services and places available is enormous: from dog perfumes, couture, furniture and housing, to dog groomers, therapists, trainers and care-takers, dog cafes, spas, parks and beaches, and dog hotels, airlines and cemeteries.[47] While dog training as an organized activity can be traced back to the 18th century, in the last decades of the 20th century it became a high profile issue as many normal dog behaviors such as barking, jumping up, digging, rolling in dung, fighting, and urine marking became increasingly incompatible with the new role of a pet dog.[48] Dog training books, classes and television programs proliferated as the process of commodifying the pet dog continued.[49]

An Australian Cattle Dog in reindeer antlers sits on Santa's lap

A pet dog taking part in Christmas traditions

The majority of contemporary dog owners describe their dog as part of the family,[46] although some ambivalence about the relationship is evident in the popular reconceptualisation of the dog-human family as a pack.[46] A dominance model of dog-human relationships has been promoted by some dog trainers, such as on the television program Dog Whisperer. However it has been disputed that «trying to achieve status» is characteristic of dog–human interactions.[50] Pet dogs play an active role in family life; for example, a study of conversations in dog-human families showed how family members use the dog as a resource, talking to the dog, or talking through the dog, to mediate their interactions with each other.[51] Another study of dogs’ roles in families showed many dogs have set tasks or routines undertaken as family members, the most common of which was helping with the washing-up by licking the plates in the dishwasher, and bringing in the newspaper from the lawn.[46] Increasingly, human family members are engaging in activities centred on the perceived needs and interests of the dog, or in which the dog is an integral partner, such as Dog Dancing and Doga.[47]

According to the statistics published by the American Pet Products Manufacturers Association in the National Pet Owner Survey in 2009–2010, it is estimated there are 77.5 million dog owners in the United States.[52] The same survey shows nearly 40% of American households own at least one dog, of which 67% own just one dog, 25% two dogs and nearly 9% more than two dogs. There does not seem to be any gender preference among dogs as pets, as the statistical data reveal an equal number of female and male dog pets. Yet, although several programs are undergoing to promote pet adoption, less than a fifth of the owned dogs come from a shelter.

Work

Dogs have lived and worked with humans in so many roles that they have earned the unique nickname, «man’s best friend»,[53] a phrase used in other languages as well. They have been bred for herding livestock,[54] hunting (e.g. pointers and hounds),[55] rodent control,[3] guarding, helping fishermen with nets, detection dogs, and pulling loads, in addition to their roles as companions.[3]

Gaston III, Count of Foix, Book of the Hunt, 1387–88

Service dogs such as guide dogs, utility dogs, assistance dogs, hearing dogs, and psychological therapy dogs provide assistance to individuals with physical or mental disabilities.[56][57] Some dogs owned by epileptics have been shown to alert their handler when the handler shows signs of an impending seizure, sometimes well in advance of onset, allowing the owner to seek safety, medication, or medical care.[58]

Dogs included in human activities in terms of helping out humans are usually called working dogs. Dogs of several breeds are considered working dogs. Some working dog breeds include Akita, Alaskan Malamute, Anatolian Shepherd Dog, Bernese Mountain Dog, Black Russian Terrier, Boxer, Bullmastiff, Doberman Pinscher, Dogue de Bordeaux, German Pinscher, German Shepherd,[59] Giant Schnauzer, Great Dane, Great Pyrenees, Great Swiss Mountain Dog, Komondor, Kuvasz, Mastiff, Neapolitan Mastiff, Newfoundland, Portuguese Water Dog, Rottweiler, Saint Bernard, Samoyed, Siberian Husky, Standard Schnauzer, and Tibetan Mastiff.

Sports and shows

Owners of dogs often enter them in competitions[60] such as breed conformation shows or sports, including racing and sledding.

In conformation shows, also referred to as breed shows, a judge familiar with the specific dog breed evaluates individual purebred dogs for conformity with their established breed type as described in the breed standard. As the breed standard only deals with the externally observable qualities of the dog (such as appearance, movement, and temperament), separately tested qualities (such as ability or health) are not part of the judging in conformation shows.

As a food source

Dog meat is consumed in some East Asian countries, including Korea, China, and Vietnam, a practice that dates back to antiquity.[61] It is estimated that 13–16 million dogs are killed and consumed in Asia every year.[62] The BBC claims that, in 1999, more than 6,000 restaurants served soups made from dog meat in South Korea.[63] In Korea, the primary dog breed raised for meat, the nureongi (누렁이), differs from those breeds raised for pets that Koreans may keep in their homes.[64] The most popular Korean dog dish is gaejang-guk (also called bosintang), a spicy stew meant to balance the body’s heat during the summer months; followers of the custom claim this is done to ensure good health by balancing one’s gi, or vital energy of the body. A 19th century version of gaejang-guk explains that the dish is prepared by boiling dog meat with scallions and chili powder. Variations of the dish contain chicken and bamboo shoots. While the dishes are still popular in Korea with a segment of the population, dog is not as widely consumed as beef, chicken, and pork.[65]

Other cultures, such as Polynesia and pre-Columbian Mexico, also consumed dog meat in their history. However, Western, South Asian, African, and Middle Eastern cultures, in general, regard consumption of dog meat as taboo. In some places, however, such as in rural areas of Poland, dog fat is believed to have medicinal properties—being good for the lungs for instance.[66]

A CNN report in China dated March 2010 interviews a dog meat vendor who states that most of the dogs that are available for selling to restaurant are raised in special farms but that there is always a chance that a sold dog is someone’s lost pet, although dog pet breeds are not considered edible.[67]

Health risks to humans

In the USA, cats and dogs are a factor in more than 86,000 falls each year.[68] It has been estimated around 2% of dog-related injuries treated in UK hospitals are domestic accidents. The same study found that while dog involvement in road traffic accidents was difficult to quantify, dog-associated road accidents involving injury more commonly involved two-wheeled vehicles.[69]

Toxocara canis (dog roundworm) eggs in dog feces can cause toxocariasis. In the United States, about 10,000 cases of Toxocara infection are reported in humans each year, and almost 14% of the US population is infected.[70] In Great Britain, 24% of soil samples taken from public parks contained T. canis eggs.[71] Untreated toxocariasis can cause retinal damage and decreased vision.[71] Dog feces can also contain hookworms that cause cutaneous larva migrans in humans.[72][73][74][75]

The incidence of dog bites, and especially fatal dog bites, is extremely rare in America considering the number of pet dogs in the country.[76] Fatalities from dog bites occur in America at the rate of one per four million dogs.[76] A Colorado study found bites in children were less severe than bites in adults.[77] The incidence of dog bites in the US is 12.9 per 10,000 inhabitants, but for boys aged 5 to 9, the incidence rate is 60.7 per 10,000. Moreover, children have a much higher chance to be bitten in the face or neck.[78] Sharp claws with powerful muscles behind them can lacerate flesh in a scratch that can lead to serious infections.[79]

In the UK between 2003 and 2004, there were 5,868 dog attacks on humans, resulting in 5,770 working days lost in sick leave.[80]

Health benefits for humans

Small dog laying between the hands

A growing body of research indicates the companionship of a dog can enhance human physical health and psychological wellbeing.[81] Dog and cat owners have been shown to have better mental and physical health than nonowners, making fewer visits to the doctor and being less likely to be on medication than nonowners.[82] In one study, new pet owners reported a highly significant reduction in minor health problems during the first month following pet acquisition, and this effect was sustained in dog owners through to the end of the study. In addition, dog owners took considerably more physical exercise than cat owners and people without pets. The group without pets exhibited no statistically significant changes in health or behaviour. The results provide evidence that pet acquisition may have positive effects on human health and behaviour, and that for dog owners these effects are relatively long term.[83] Pet ownership has also been associated with increased coronary artery disease survival, with dog owners being significantly less likely to die within one year of an acute myocardial infarction than those who did not own dogs.[84]

The health benefits of dogs can result from contact with dogs, not just from dog ownership. For example, when in the presence of a pet dog, people show reductions in cardiovascular, behavioral, and psychological indicators of anxiety.[85] The benefits of contact with a dog also include social support, as dogs are able to not only provide companionship and social support themselves, but also to act as facilitators of social interactions between humans.[86] One study indicated that wheelchair users experience more positive social interactions with strangers when they are accompanied by a dog than when they are not.[87]

The practice of using dogs and other animals as a part of therapy dates back to the late 18th century, when animals were introduced into mental institutions to help socialize patients with mental disorders.[88] Animal-assisted intervention research has shown that animal-assisted therapy with a dog can increase a person with Alzheimer’s disease’s social behaviours, such as smiling and laughing.[89] One study demonstrated that children with ADHD and conduct disorders who participated in an education program with dogs and other animals showed increased attendance, increased knowledge and skill objectives, and decreased antisocial and violent behavior compared to those who were not in an animal-assisted program.[90]

Shelters

Main article: Animal shelter

Every year, between 6 and 8 million dogs and cats enter US animal shelters.[91] The Humane Society of the United States (HSUS) estimates that approximately 3 to 4 million dogs and cats are euthanized yearly in shelters across the United States.[92] However, the percentage of dogs in US animal shelters that are eventually adopted and removed from the shelters by their new owners has increased since the mid 1990s from around 25% up to around 60–75% in the mid first decade of the 21st century.[93]

Pets entering the shelters are euthanized in countries all over the world because of the lack of financial provisions to take care of these animals. Most shelters complain of not having enough resources to feed the pets and by being constrained to kill them, as the likelihood for all of them to find an owner is very small. In poor countries, euthanasia is usually violent.

Biology

Main article: Dog anatomy

Domestic dogs have been selectively bred for millennia for various behaviors, sensory capabilities, and physical attributes.[3] Modern dog breeds show more variation in size, appearance, and behavior than any other domestic animal. Nevertheless, their morphology is based on that of their wild ancestors, gray wolves.[3] Dogs are predators and scavengers, and like many other predatory mammals, the dog has powerful muscles, fused wrist bones, a cardiovascular system that supports both sprinting and endurance, and teeth for catching and tearing. Dogs are highly variable in height and weight. The smallest known adult dog was a Yorkshire Terrier, that stood only 6.3 centimetres (2.5 in) at the shoulder, 9.5 cm (3.7 in) in length along the head-and-body, and weighed only 113 grams (4.0 oz). The largest known dog was an English Mastiff which weighed 155.6 kilograms (343 lb) and was 250 cm (98 in) from the snout to the tail.[94] The tallest dog is a Great Dane that stands 106.7 cm (42.0 in) at the shoulder.[95]

Senses

Vision

Like most mammals, dogs are dichromats and have color vision equivalent to red-green color blindness in humans (deuteranopia).[96][97][98][99] Dogs are less sensitive to differences in grey shades than humans and also can detect brightness at about half the accuracy of humans.[100]

The dog’s visual system has evolved to aid proficient hunting.[96] While a dog’s visual acuity is poor (that of a poodle’s has been estimated to translate to a Snellen rating of 20/75[96]), their visual discrimination for moving objects is very high; dogs have been shown to be able to discriminate between humans (e.g., identifying their owner) at a range of between 800 and 900 m, however this range decreases to 500–600 m if the object is stationary.[96] Dogs have a temporal resolution of between 60 and 70 Hz, which explains why many dogs struggle to watch television, as most such modern screens are optimized for humans at 50–60 Hz.[100] Dogs can detect a change in movement that exists in a single diopter of space within their eye. Humans, by comparison, require a change of between 10 and 20 diopters to detect movement.[101][102]

As crepuscular hunters, dogs often rely on their vision in low light situations: They have very large pupils, a high density of rods in the fovea, an increased flicker rate, and a tapetum lucidum.[96] The tapetum is a reflective surface behind the retina that reflects light to give the photoreceptors a second chance to catch the photons. There is also a relationship between body size and overall diameter of the eye. A range of 9.5 and 11.6 mm can be found between various breeds of dogs. This 20% variance can be substantial and is associated as an adaptation toward superior night vision.[103]

The eyes of different breeds of dogs have different shapes, dimensions, and retina configurations.[104] Many long-nosed breeds have a «visual streak» – a wide foveal region that runs across the width of the retina and gives them a very wide field of excellent vision. Some long-muzzled breeds, in particular, the sighthounds, have a field of vision up to 270° (compared to 180° for humans). Short-nosed breeds, on the other hand, have an «area centralis»: a central patch with up to three times the density of nerve endings as the visual streak, giving them detailed sight much more like a human’s. Some broad-headed breeds with short noses have a field of vision similar to that of humans.[97][98] Most breeds have good vision, but some show a genetic predisposition for myopia – such as Rottweilers, with which one out of every two has been found to be myopic.[96] Dogs also have a greater divergence of the eye axis than humans, enabling them to rotate their pupils farther in any direction. The divergence of the eye axis of dogs ranges from 12-25° depending on the breed.[101]

Experimentation has proven that dogs can distinguish between complex visual images such as that of a cube or a prism. Dogs also show attraction to static visual images such as the silhouette of a dog on a screen, their own reflections, or videos of dogs; however, their interest declines sharply once they are unable to make social contact with the image.[105]

Hearing

The frequency range of dog hearing is approximately 40 Hz to 60,000 Hz,[106] which means that dogs can detect sounds far beyond the upper limit of the human auditory spectrum.[98][106][107] In addition, dogs have ear mobility, which allows them to rapidly pinpoint the exact location of a sound.[108] Eighteen or more muscles can tilt, rotate, raise, or lower a dog’s ear. A dog can identify a sound’s location much faster than a human can, as well as hear sounds at four times the distance.[108]

Smell

The wet, textured nose of a dog

While the human brain is dominated by a large visual cortex, the dog brain is dominated by an olfactory cortex.[96] The olfactory bulb in dogs is roughly forty times bigger than the olfactory bulb in humans, relative to total brain size, with 125 to 220 million smell-sensitive receptors.[96] The bloodhound exceeds this standard with nearly 300 million receptors.[96] Subsequently, it has been estimated that dogs, in general, have an olfactory sense ranging from one hundred thousand to one million times more sensitive than a human’s. In some dog breeds, such as bloodhounds, the olfactory sense may be up to 100 million times greater than a human’s.[109] The wet nose is essential for determining the direction of the air current containing the smell. Cold receptors in the skin are sensitive to the cooling of the skin by evaporation of the moisture by air currents.[110]

Physical characteristics

Coat

The coats of domestic dogs are of two varieties: «double» being common with dogs (as well as wolves) originating from colder climates, made up of a coarse guard hair and a soft down hair, or «single», with the topcoat only.

Domestic dogs often display the remnants of countershading, a common natural camouflage pattern. A countershaded animal will have dark coloring on its upper surfaces and light coloring below,[111] which reduces its general visibility. Thus, many breeds will have an occasional «blaze», stripe, or «star» of white fur on their chest or underside.[112]

Tail

There are many different shapes for dog tails: straight, straight up, sickle, curled, or cork-screw. As with many canids, one of the primary functions of a dog’s tail is to communicate their emotional state, which can be important in getting along with others. In some hunting dogs, however, the tail is traditionally docked to avoid injuries.[113] In some breeds, puppies can be born with a short tail or no tail at all.[114]

Types and breeds

While all dogs are genetically very similar,[6] natural selection and selective breeding have reinforced certain characteristics in certain populations of dogs, giving rise to dog types and dog breeds. Dog types are broad categories based on function, genetics, or characteristics.[115] Dog breeds are groups of animals that possess a set of inherited characteristics that distinguishes them from other animals within the same species. Modern dog breeds are non-scientific classifications of dogs kept by modern kennel clubs. Purebred dogs of one breed are genetically distinguishable from purebred dogs of other breeds,[36] but the means by which kennel clubs classify dogs is unsystematic. Systematic analyses of the dog genome has revealed only four major types of dogs that can be said to be statistically distinct.[36] These include the «old world dogs» (e.g., Malamute and Shar Pei), «Mastiff»-type (e.g., English Mastiff), «herding»-type (e.g., Border Collie), and «all others» (also called «modern»- or «hunting»-type).[36][116]

Health

Dogs are susceptible to various diseases, ailments, and poisons, some of which can affect humans. To defend against many common diseases, dogs are often vaccinated.

A mixed-breed dog

Some breeds of dogs are prone to certain genetic ailments such as elbow or hip dysplasia, blindness, deafness, pulmonic stenosis, cleft palate, and trick knees. Two serious medical conditions particularly affecting dogs are pyometra, affecting unspayed females of all types and ages, and bloat, which affects the larger breeds or deep-chested dogs. Both of these are acute conditions, and can kill rapidly. Dogs are also susceptible to parasites such as fleas, ticks, and mites, as well as hookworm, tapeworm, roundworm, and heartworm.

Dogs are highly susceptible to theobromine poisoning, typically from ingestion of chocolate. Theobromine is toxic to dogs because, although the dog’s metabolism is capable of breaking down the chemical, the process is so slow that even small amounts of chocolate can be fatal, especially dark chocolate.

Dogs are also vulnerable to some of the same health conditions as humans, including diabetes, dental and heart disease, epilepsy, cancer, hypothyroidism, and arthritis.[117]

Mortality

Main article: Aging in dogs

The typical lifespan of dogs varies widely among breeds, but for most the median longevity, the age at which half the dogs in a population have died and half are still alive, ranges from 10 to 13 years.[118][119][120][121] Individual dogs may live well beyond the median of their breed.

The breed with the shortest lifespan (among breeds for which there is a questionnaire survey with a reasonable sample size) is the Dogue de Bordeaux, with a median longevity of about 5.2 years, but several breeds, including Miniature Bull Terriers, Bloodhounds, and Irish Wolfhounds are nearly as short-lived, with median longevities of 6 to 7 years.[121]

The longest-lived breeds, including Toy Poodles, Japanese Spitz, Border Terriers, and Tibetan Spaniels, have median longevities of 14 to 15 years.[121] The median longevity of mixed-breed dogs, taken as an average of all sizes, is one or more years longer than that of purebred dogs when all breeds are averaged.[119][120][121][122] The dog widely reported to be the longest-lived is «Bluey,» who died in 1939 and was claimed to be 29.5 years old at the time of his death; however, the Bluey record is anecdotal and unverified.[123] The longest verified records are of dogs living for 24 years.[123]

Predation

Although wild dogs, like wolves, are apex predators, they can be killed in territory disputes with wild animals.[124] Furthermore, in areas where both dogs and other large predators live, dogs can be a major food source for big cats or canines. Reports from Croatia indicate wolves kill more dogs more frequently than they kill sheep. Wolves in Russia apparently limit feral dog populations. In Wisconsin, more compensation has been paid for dog losses than livestock.[124] Some wolf pairs have been reported to prey on dogs by having one wolf lure the dog out into heavy brush where the second animal waits in ambush.[125] In some instances, wolves have displayed an uncharacteristic fearlessness of humans and buildings when attacking dogs, to the extent that they have to be beaten off or killed.[126] Coyotes and big cats have also been known to attack dogs. Leopards in particular are known to have a predilection for dogs, and have been recorded to kill and consume them regardless of the dog’s size or ferocity.[127] Tigers in Manchuria, Indochina, Indonesia, and Malaysia, are reputed to kill dogs with the same vigor as leopards.[128] Striped Hyenas are major predators of village dogs in Turkmenistan, India, and the Caucasus.[129] Reptiles such as alligators and pythons have been known to kill and eat dogs.

Diet

Despite their descent from wolves and classification as Carnivora, dogs are variously described in scholarly and other writings as carnivores[130][131] or omnivores.[3][132][133][134] Unlike obligate carnivores, such as the cat family with its shorter small intestine, dogs can adapt to a wide-ranging diet, and are not dependent on meat-specific protein nor a very high level of protein in order to fulfill their basic dietary requirements. Dogs will healthily digest a variety of foods, including vegetables and grains, and can consume a large proportion of these in their diet.[3]

A number of common human foods and household ingestibles are toxic to dogs, including chocolate solids (theobromine poisoning), onion and garlic (thiosulphate, sulfoxide or disulfide poisoning),[135] grapes and raisins, macadamia nuts, as well as various plants and other potentially ingested materials.[136][137]

Reproduction

Two dogs copulating on a beach

In domestic dogs, sexual maturity begins to happen around age six to twelve months for both males and females,[3][138] although this can be delayed until up to two years old for some large breeds. This is the time at which female dogs will have their first estrous cycle. They will experience subsequent estrous cycles biannually, during which the body prepares for pregnancy. At the peak of the cycle, females will come into estrus, being mentally and physically receptive to copulation.[3] Because the ova survive and are capable of being fertilized for a week after ovulation, it is possible for a female to mate with more than one male.[3]

Dogs bear their litters roughly 56 to 72 days after fertilization,[3][139] with an average of 63 days, although the length of gestation can vary. An average litter consists of about six puppies,[140] though this number may vary widely based on the breed of dog. In general, toy dogs produce from one to four puppies in each litter, while much larger breeds may average as many as twelve.

Some dog breeds have acquired traits through selective breeding that interfere with reproduction. Male French Bulldogs, for instance, are incapable of mounting the female. For many dogs of this breed, the female must be artificially inseminated in order to reproduce.[141]

Neutering

A feral dog from Sri Lanka nursing her four puppies

Neutering refers to the sterilization of animals, usually by removal of the male’s testicles or the female’s ovaries and uterus, in order to eliminate the ability to procreate and reduce sex drive. Because of the overpopulation of dogs in some countries, many animal control agencies, such as the American Society for the Prevention of Cruelty to Animals (ASPCA), advise that dogs not intended for further breeding should be neutered, so that they do not have undesired puppies that may have to later be euthanized.[142]

According to the Humane Society of the United States, 3–4 million dogs and cats are put down each year in the United States and many more are confined to cages in shelters because there are many more animals than there are homes. Spaying or castrating dogs helps keep overpopulation down.[143] Local humane societies, SPCAs, and other animal protection organizations urge people to neuter their pets and to adopt animals from shelters instead of purchasing them.

Neutering reduces problems caused by hypersexuality, especially in male dogs.[144] Spayed female dogs are less likely to develop some forms of cancer, affecting mammary glands, ovaries, and other reproductive organs.[145] However, neutering increases the risk of urinary incontinence in female dogs,[146] and prostate cancer in males,[147] as well as osteosarcoma, hemangiosarcoma, cruciate ligament rupture, obesity, and diabetes mellitus in either gender.[148]

Intelligence and behavior

Intelligence

The Border Collie is considered to be one of the most intelligent breeds.

The domestic dog has a predisposition to exhibit a social intelligence that is uncommon in the animal world.[96] Dogs are capable of learning in a number of ways, such as through simple reinforcement (e.g., classical or operant conditioning) and by observation.[96]

Dogs go through a series of stages of cognitive development. As with humans, the understanding that objects not being actively perceived still remain in existence (called object permanence) is not present at birth. It develops as the young dog learns to interact intentionally with objects around it, at roughly 8 weeks of age.[96]

Puppies learn behaviors quickly by following examples set by experienced dogs.[96] This form of intelligence is not peculiar to those tasks dogs have been bred to perform, but can be generalized to myriad abstract problems. For example, Dachshund puppies that watched an experienced dog pull a cart by tugging on an attached piece of ribbon in order to get a reward from inside the cart learned the task fifteen times faster than those left to solve the problem on their own.[96][149] Dogs can also learn by mimicking human behaviors. In one study, puppies were presented with a box, and shown that, when a handler pressed a lever, a ball would roll out of the box. The handler then allowed the puppy to play with the ball, making it an intrinsic reward. The pups were then allowed to interact with the box. Roughly three-quarters of the puppies subsequently touched the lever, and over half successfully released the ball, compared to only 6% in a control group that did not watch the human manipulate the lever.[150] Another study found that handing an object between experimenters who then used the object’s name in a sentence successfully taught an observing dog each object’s name, allowing the dog to subsequently retrieve the item.[151]

Dogs also demonstrate sophisticated social cognition by associating behavioral cues with abstract meanings.[96] One such class of social cognition involves the understanding that others are conscious agents. Research has shown that dogs are capable of interpreting subtle social cues, and appear to recognize when a human or dog’s attention is focused on them. To test this, researchers devised a task in which a reward was hidden underneath one of two buckets. The experimenter then attempted to communicate with the dog to indicate the location of the reward by using a wide range of signals: tapping the bucket, pointing to the bucket, nodding to the bucket, or simply looking at the bucket.[152] The results showed that domestic dogs were better than chimpanzees, wolves, and human infants at this task, and even young puppies with limited exposure to humans performed well.[96]

Psychology research has shown that human faces are asymmetrical with the gaze instinctively moving to the right side of a face upon encountering other humans to obtain information about their emotions and state. Research at the University of Lincoln (2008) shows that dogs share this instinct when meeting a human being, and only when meeting a human being (i.e., not other animals or other dogs). As such they are the only non-primate species known to do so.[153][154]

Stanley Coren, an expert on dog psychology, states that these results demonstrated the social cognition of dogs can exceed that of even our closest genetic relatives, and that this capacity is a recent genetic acquisition that distinguishes the dog from its ancestor, the wolf.[96] Studies have also investigated whether dogs engaged in partnered play change their behavior depending on the attention-state of their partner.[155] Those studies showed that play signals were only sent when the dog was holding the attention of its partner. If the partner was distracted, the dog instead engaged in attention-getting behavior before sending a play signal.[155]

Coren has also argued that dogs demonstrate a sophisticated theory of mind by engaging in deception, which he supports with a number of anecdotes, including one example wherein a dog hid a stolen treat by sitting on it until the rightful owner of the treat left the room.[96] Although this could have been accidental, Coren suggests that the thief understood that the treat’s owner would be unable to find the treat if it were out of view. Together, the empirical data and anecdotal evidence points to dogs possessing at least a limited form of theory of mind.[96][155]

A study found a third of dogs suffered from anxiety when separated from others.[156]

A Border Collie named Chaser has learned the names for 1,022 toys after three years of training, so many that her trainers have had to mark the names of the objects lest they forget themselves. This is higher than Rico, another border collie who could remember at least 200 objects.[157]

Behavior

Main article: Dog behavior

Further information: Category:Dog training and behavior

Although dogs have been the subject of a great deal of behaviorist psychology (e.g. Pavlov’s dog), they do not enter the world with a psychological «blank slate».[96] Rather, dog behavior is affected by genetic factors as well as environmental factors.[96] Domestic dogs exhibit a number of behaviors and predispositions that were inherited from wolves.[96] The Gray Wolf is a social animal that has evolved a sophisticated means of communication and social structure. The domestic dog has inherited some of these predispositions, but many of the salient characteristics in dog behavior have been largely shaped by selective breeding by humans. Thus some of these characteristics, such as the dog’s highly developed social cognition, are found only in primitive forms in grey wolves.[152]

The existence and nature of personality traits in dogs have been studied (15329 dogs of 164 different breeds) and five consistent and stable «narrow traits» identified, described as playfulness, curiosity/fearlessness, chase-proneness, sociability and aggressiveness. A further higher order axis for shyness–boldness was also identified.[158][159]

Sleep

The average sleep time of a dog is said to be 10.1 hours per day.[160] Like humans, dogs have two main types of sleep: Slow-wave sleep, then Rapid Eye Movement sleep, the state in which dreams occur.[161]

Dog growl

A new study in Budapest, Hungary has found that dogs are able to tell how big another dog is just by listening to its growl. A specific growl is used by dogs to protect their food. The research also shows that dogs do not lie about their size, and this is the first time research has shown animals can determine another’s size by the sound it makes. The test used image of many kind of dogs and together showed a small and big dog and also a growl. The result, showed that 20 of the 24 test dogs looked at the image of the appropriate-sized dog first and looked at it longest.[162]

Differences from wolves

Some dogs, like this Tamaskan, look very much like wolves.

Physical characteristics

Further information: Wolves

Compared to equally sized wolves, dogs tend to have 20% smaller skulls, 30% smaller brains,[163] as well as proportionately smaller teeth than other canid species.[164] Dogs require fewer calories to function than wolves. It is thought by certain experts that the dog’s limp ears are a result of atrophy of the jaw muscles.[164] The skin of domestic dogs tends to be thicker than that of wolves, with some Inuit tribes favoring the former for use as clothing due to its greater resistance to wear and tear in harsh weather.[164]

Behavior

Dogs tend to be poorer than wolves at observational learning, being more responsive to instrumental conditioning.[164] Feral dogs show little of the complex social structure or dominance hierarchy present in wolf packs. For example, unlike wolves, the dominant alpha pairs of a feral dog pack do not force the other members to wait for their turn on a meal when scavenging off a dead ungulate as the whole family is free to join in. For dogs, other members of their kind are of no help in locating food items, and are more like competitors.[164] Feral dogs are primarily scavengers, with studies showing that unlike their wild cousins, they are poor ungulate hunters, having little impact on wildlife populations where they are sympatric. However, feral dogs have been reported to be effective hunters of reptiles in the Galápagos Islands,[165] and free ranging pet dogs are more prone to predatory behavior toward wild animals.

Domestic dogs can be monogamous.[166] Breeding in feral packs can be, but does not have to be restricted to a dominant alpha pair (such things also occur in wolf packs).[167] Male dogs are unusual among canids by the fact that they mostly seem to play no role in raising their puppies, and do not kill the young of other females to increase their own reproductive success.[165] Some sources say that dogs differ from wolves and most other large canid species by the fact that they do not regurgitate food for their young, nor the young of other dogs in the same territory.[164]

A dog displaying mastery of the command "sit"

However, this difference was not observed in all domestic dogs. Regurgitating of food by the females for the young as well as care for the young by the males has been observed in domestic dogs, dingos as well as in other feral or semi-feral dogs. Regurgitating of food by the females and direct choosing of only one mate has been observed even in those semi-feral dogs of direct domestic dog ancestry. Also regurgitating of food by males has been observed in free-ranging domestic dogs.[166][168]

Trainability

This Labrador Retriever has been trained to woof and bark on command.

Dogs display much greater tractability than tame wolves, and are, in general, much more responsive to coercive techniques involving fear, aversive stimuli, and force than wolves, which are most responsive toward positive conditioning and rewards.[169] Unlike tame wolves, dogs tend to respond more to voice than hand signals.[170]

Mythology

In mythology, dogs often serve as pets or as watchdogs.[171]

In Greek mythology, Cerberus is a three-headed watchdog who guards the gates of Hades.[171] In Norse mythology, a bloody, four-eyed dog called Garmr guards Helheim.[171] In Persian mythology, two four-eyed dogs guard the Chinvat Bridge.[171] In Philippine mythology, Kimat who is the pet of Tadaklan, god of thunder, is responsible for lightning. In Welsh mythology, Annwn is guarded by Cŵn Annwn[171]

In Judaism and Islam, dogs are viewed as unclean scavengers.[171] In Christianity, dogs represent faithfulness.[171] In Asian countries such as China, Korea, and Japan, dogs are viewed as kind protectors.[171]

Gallery of dogs in art

This Roman mosaic shows a large dog with a collar hunting a lion.  

William McElcheran’s Cross Section-dogs Dundas (TTC) Toronto  

A woodcut illustration from The history of four-footed beasts and serpents by Edward Topsell, 1658  

See also

Portal icon Dogs portal
  • Argos (dog)
  • Dog odor
  • Dog king – Scandinavian tradition
  • Dognapping
  • Ethnocynology
  • Hachikō Dog loyalty
  • List of dog breeds
  • List of dogs
  • List of fictional dogs
  • List of most popular dog breeds
  • New Guinea Singing Dog
  • Subspecies of Canis lupus
  • Wolfdog

References

  1. ^ a b c «Mammal Species of the World — Browse: lupus». Bucknell.edu. http://www.bucknell.edu/MSW3/browse.asp?id=14000738. Retrieved 2010-08-10.
  2. ^ a b c «Mammal Species of the World — Browse: dingo». Bucknell.edu. http://www.bucknell.edu/MSW3/browse.asp?id=14000751. Retrieved 2010-08-10.
  3. ^ a b c d e f g h i j k Dewey, T. and S. Bhagat. 2002. «Canis lupus familiaris», Animal Diversity Web. Retrieved 6 January 2009.
  4. ^ «Dog». Dictionary.com. http://dictionary.reference.com/browse/dog.
  5. ^ Definition of «bitch» at English Wiktionary
  6. ^ a b c d e f g h Savolainen P, Zhang YP, Luo J, Lundeberg J, Leitner T (November 2002). «Genetic evidence for an East Asian origin of domestic dogs». Science 298 (5598): 1610–3. Bibcode 2002Sci…298.1610S. doi:10.1126/science.1073906. PMID 12446907.
  7. ^ Coppinger, Ray (2001). Dogs: a Startling New Understanding of Canine Origin, Behavior and Evolution. New York: Scribner. p. 352. ISBN 0684855305.
  8. ^ Spady TC, Ostrander EA (January 2008). «Canine Behavioral Genetics: Pointing Out the Phenotypes and Herding up the Genes». American Journal of Human Genetics 82 (1): 10–8. doi:10.1016/j.ajhg.2007.12.001. PMC 2253978. PMID 18179880. http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pmcentrez&artid=2253978.
  9. ^ The Complete dog book: the photograph, history, and official standard of every breed admitted to AKC registration, and the selection, training, breeding, care, and feeding of pure-bred dogs. New York, N.Y: Howell Book House. 1992. ISBN 0-87605-464-5.[page needed]
  10. ^ Rasmussen, G. S. A. (April 1999). «Livestock predation by the painted hunting dog Lycaon pictus in a cattle ranching region of Zimbabwe: a case study». Biological Conservation 88 (1): 133–139. doi:10.1016/S0006-3207(98)00006-8.
  11. ^ «Domestic PetDog Classified By Linnaeus In 1758 As Canis Familiaris And Canis Familiarus Domesticus». www.encyclocentral.com. http://www.encyclocentral.com/23497-Domestic_Pet_Dog_Classified_By_Linnaeus_In_1758_As_Canis_Familiaris_And_Canis_Familiarus_Domesticus.html. Retrieved 18 June 2008.[dead link]
  12. ^ Seebold, Elmar (2002). Kluge. Etymologisches Wörterbuch der deutschen Sprache. Berlin/New York: Walter de Gruyter. p. 207. ISBN 3110174731.
  13. ^ «Dictionary of Etymology», Dictionary.com, s.v. «dog», encyclopedia.com retrieved on 27 May 2009.
  14. ^ Mallory, J. R. (1991). In search of the Indo-Europeans: language, archaeology and myth. London: Thames and Hudson. ISBN 0-500-27616-1.[page needed]
  15. ^ Broz, Vlatko (2008). «Diachronic Investigations of False Friends». Contemporary Linguistics (Suvremena lingvistika) 66 (2): 199–222. http://hrcak.srce.hr/index.php?show=clanak&id_clanak_jezik=48370&lang=en.
  16. ^ René Dirven; Marjolyn Verspoor (30 June 2004). Cognitive exploration of language and linguistics. John Benjamins Publishing Company. pp. 215–216. ISBN 9789027219060. http://books.google.com/?id=uZcs6poXkfEC.
  17. ^ «The American Heritage Dictionary of the English Language: Fourth Edition». www.bartleby.com. Archived from the original on 18 October 2006. http://web.archive.org/web/20061018073726/http://www.bartleby.com/61/roots/IE259.html. Retrieved 30 November 2006.
  18. ^ Gould, Jean (1978). All about dog breeding for quality and soundness. London, Eng: Pelham. ISBN 0-7207-1064-2.[page needed]
  19. ^ Linnaeus, Carolus (1758). Systema naturae per regna tria naturae:secundum classes, ordines, genera, species, cum characteribus, differentiis, synonymis, locis.. 1 (10th ed.). Holmiae (Laurentii Salvii). p. 38. http://www.biodiversitylibrary.org/page/726931. Retrieved 8 September 2008.
  20. ^ «ITIS Standard Report Page: Canis familiarus domesticus». Itis.gov. http://www.itis.gov/servlet/SingleRpt/SingleRpt?search_topic=TSN&search_value=727488. Retrieved 2010-12-21.
  21. ^ a b c d e f g h i j k l m Miklosi, Adam (2007). Dog Behaviour, Evolution, and Cognition. Oxford University Press. doi:10.1093/acprof:oso/9780199295852.001.0001. ISBN 0-19-929585-9. http://books.google.com/?id=EUrXahLxUL8C.
  22. ^ Serpell, James (1995). The domestic dog: its evolution, behaviour, and interactions with people. Cambridge, UK: Cambridge University Press. ISBN 0-521-42537-9.
  23. ^ N.A.. «ITIS Report: Canis lupus familiaris». ITIS Data. Integrated Taxonomic Information System. http://www.itis.gov/servlet/SingleRpt/SingleRpt?search_topic=TSN&search_value=726821. Retrieved 16 April 2010.
  24. ^ a b c Miklósi, Ádám. Dog, behavior, evolution, and cognition. Oxford Biology, 2009, pp. 95-136.
  25. ^ Miklósi, Ádám. Dog, behavior, evolution, and cognition. Oxford Biology, 2009, p. 104.
  26. ^ a b c Mark Derr (2004). A dogs history of America. North Point Press.
  27. ^ Lindblad-Toh K, Wade CM, Mikkelsen TS et al. (December 2005). «Genome sequence, comparative analysis and haplotype structure of the domestic dog». Nature 438 (7069): 803–19. Bibcode 2005Natur.438..803L. doi:10.1038/nature04338. PMID 16341006.
  28. ^ Fiennes, Alice; T-W-Fiennes, Richard N. (1968). The natural history of the dog. London: Weidenfeld & Nicolson. ISBN 0-297-76455-1.[page needed]
  29. ^ a b McGourty, Christine (22 November 2002). «Origin of dogs traced». BBC News. http://news.bbc.co.uk/2/hi/science/nature/2498669.stm. Retrieved 29 November 2006.
  30. ^ «World’s first dog lived 31,700 years ago, ate big» msnbc 17 October 2008.
  31. ^ Davis, Simon J. M.; Valla, François R. (1978). «Evidence for domestication of the dog 12,000 years ago in the Natufian of Israel». Nature 276 (5688): 608–10. Bibcode 1978Natur.276..608D. doi:10.1038/276608a0.
  32. ^ Clarke Canfield, MSNBC Old dog, new tricks: Study IDs 9,400-year-old mutt [dead link], msnbc.com, January 19, 2010.
  33. ^ Vilà C, Savolainen P, Maldonado JE et al. (June 1997). «Multiple and ancient origins of the domestic dog». Science 276 (5319): 1687–9. doi:10.1126/science.276.5319.1687. PMID 9180076.
  34. ^ Miklosi 2007, p. 110
  35. ^ «Paleodb.org». Paleodb.org. 2009-01-04. http://paleodb.org/cgi-bin/bridge.pl?action=checkTaxonInfo&taxon_no=44854&is_real_user=1. Retrieved 2010-12-21.
  36. ^ a b c d e Parker HG, Kim LV, Sutter NB et al. (May 2004). «Genetic structure of the purebred domestic dog». Science 304 (5674): 1160–4. Bibcode 2004Sci…304.1160P. doi:10.1126/science.1097406. PMID 15155949.
  37. ^ Janice Koler-Matznick (2002). «The Origin of the Dog Revisited». Anthrozoos.
  38. ^ a b c Groves, Colin (1999). «The Advantages and Disadvantages of Being Domesticated». Perspectives in Human Biology 4: 1–12. ISSN 1038-5762.
  39. ^ a b c d e Tacon, Paul; Pardoe, Colin (2002). «Dogs make us human». Nature Australia 27 (4): 52–61.
  40. ^ Ruusila, Vesa; Pesonen, Mauri (August 2004). «Interspecific cooperation in human (Homo sapiens) hunting: the benefits of a barking dog (Canis familiaris)». Annales Zoologici Fennici 41 (4): 545–9. http://www.sekj.org/PDF/anzf41/anzf41-545.pdf.
  41. ^ Newby, Jonica (1997). The Pact for Survival. Sydney: ABC Books. ISBN 0733305814.[page needed]
  42. ^ a b Derr, Mark (1997). Dog’s Best Friend. Chicago: University of Chicago Press. ISBN 0226142809.
  43. ^ Franklin, A (2006). «Be[a]ware of the Dog: a post-humanist approach to housing». Housing Theory and Society 23 (3): 137–156. doi:10.1080/14036090600813760. ISSN 1403-6096.
  44. ^ Katz, Jon (2003). The New Work of Dogs. New York: Villard Books. ISBN 0-375-76055-5.
  45. ^ Haraway, Donna (2003). The Companion Species manifesto : Dogs, People and Significant Otherness. Chicago: Prickly Paradigm Press. ISBN 0-97175758-5.
  46. ^ a b c d e f Power, Emma (2008). «Furry Families: Making a Human-Dog Family through Home». Social and Cultural Geography 9 (5): 535–555. doi:10.1080/14649360802217790.
  47. ^ a b c Nast, Heidi J. (2006). «Loving … Whatever: Alienation, Neoliberalism and Pet-Love in the Twenty-First Century». ACME: an International E-Journal for Critical Geographies 5 (2): 300–327. ISSN 1492-9732.
  48. ^ «A Brief History of Dog Training». Dog Zone. 3 June 2007. http://www.dogzone.co.za/index.php?option=com_content&view=article&id=22%3Aa-brief-history-of-dog-training&catid=16%3Ageneral&Itemid=31. Retrieved 19 February 2010.
  49. ^ Jackson Schebetta, Lisa (2009). «Mythologies and Commodifications of Dominion in The Dog Whisperer with Cesar Millan». Journal for Critical Animal Studies (Institute for Critical Animal Studies) 7 (1): 107–131. ISSN 1948-352X.
  50. ^ Bradshaw, John; Blackwell, Emily J.; Casey, Rachel A. (2009). «Dominance in domestic dogs: useful construct or bad habit?». Journal of Veterinary Behavior (Elsevier) 4: 135–144. Archived from the original on 2010-08-27. http://www.webcitation.org/5sIbRXtwx.
  51. ^ Tannen, Deborah (2004). «Talking the Dog: Framing Pets as Interactional Resources in Family Discourse». Research on Language and Social Interaction 37 (4): 399–420. doi:10.1207/s15327973rlsi3704_1. ISSN 1532-7973.
  52. ^ «U.S. Pet Ownership Statistics». http://www.humanesociety.org/issues/pet_overpopulation/facts/pet_ownership_statistics.html. Retrieved 24 June 2010.
  53. ^ «The Story of Old Drum». Cedarcroft Farm Bed & Breakfast — Warrensburg, MO. http://www.almostheaven-golden-retriever-rescue.org/old-drum.html. Retrieved 29 November 2006.
  54. ^ Williams, Tully (2007). Working Sheep Dogs. Collingwood, Vic.: CSIRO Publishing. ISBN 0-643-09343-5.
  55. ^ Serpell, James (1995). «Origins of the dog: domestication and early history». The Domestic Dog. Cambridge: Cambridge Univ. Press. ISBN 0-521-41529-2.
  56. ^ «Psychiatric Service Dog Society». Psychdog.org. 2005-10-01. http://www.psychdog.org/attclinicians.html. Retrieved 2010-12-21.
  57. ^ «About Guide Dogs – Assistance Dogs International». Assistancedogsinternational.org. http://www.assistancedogsinternational.org/guide.php. Retrieved 2010-12-21.
  58. ^ Dalziel DJ, Uthman BM, Mcgorray SP, Reep RL (March 2003). «Seizure-alert dogs: a review and preliminary study». Seizure 12 (2): 115–20. doi:10.1016/S105913110200225X. PMID 12566236.
  59. ^ «German Shepherd Dog | American Kennel Club». American Kennel Club. http://www.akc.org/breeds/german_shepherd_dog/. Retrieved 2010-12-28.
  60. ^ «A Beginner’s Guide to Dog Shows». American Kennel Club. http://www.akc.org/events/conformation/beginners.cfm. Retrieved 30 October 2008.
  61. ^ Frederick J. Simoons (1994). Eat not this flesh: food avoidances from prehistory to the present (second ed.). University of Wisconsin Press. pp. 208–212. ISBN 978-0-299-14254-4. http://books.google.com/?id=JwGZTQunH00C.
  62. ^ How many dogs and cats are eaten in Asia?. Animalpeoplenews.org. September 2003.
  63. ^ South Korea’s dog day, BBC News, 17 August 1999.
  64. ^ Pettid, Michael J., Korean Cuisine: An Illustrated History, London: Reaktion Books Ltd., 2008, 25 ISBN 1-86189-348-5
  65. ^ Pettid, Michael J., Korean Cuisine: An Illustrated History, London: Reaktion Books Ltd., 2008, 84–85 ISBN 1-86189-348-5
  66. ^ Day, Matthew (2009-08-07). «Polish couple accused of making dog meat delicacy». Telegraph.co.uk. http://www.telegraph.co.uk/news/worldnews/europe/poland/5985367/Polish-couple-accused-of-making-dog-meat-delicacy.html. Retrieved 2010-12-21.
  67. ^ «Inside the cat and dog meat market in China». CNN. 9 March 2010. http://edition.cnn.com/2010/WORLD/asiapcf/03/09/china.animals/index.html. Retrieved 24 June 2010.
  68. ^ «Injury Prevention Bulletin». Northwest Terratories Health and Social Services. 25 March 2009. http://www.hlthss.gov.nt.ca/english/services/health_promotion/pdf/injury_prevention_bulletin.pdf. Retrieved 7 January 2010.
  69. ^ Bewley BR (September 1985). «Medical hazards from dogs». British Medical Journal 291 (6498): 760–1. doi:10.1136/bmj.291.6498.760. PMC 1417177. PMID 3929930. http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pmcentrez&artid=1417177.
  70. ^ Sun Huh, Sooung Lee. Toxocariasis =(20 August 2008). medscape.com.
  71. ^ a b «Toxocariasis». Kids Health. The Nemours Foundation. 2010. http://kidshealth.org/parent/infections/parasitic/toxocariasis.html. Retrieved 12 February 2010.
  72. ^ Johnson, Kate (May 2002). «Parasites in pet feces cause puzzling infections». Pediatric News. http://findarticles.com/p/articles/mi_hb4384/is_5_36/ai_n28919851. Retrieved 11 May 2009.
  73. ^ Chiodo, Paula; Basualdo, Juan; Ciarmela, Laura; Pezzani, Betina; Apezteguía, María; Minvielle, Marta (2006). «Related factors to human toxocariasis in a rural community of Argentina». Memórias do Instituto Oswaldo Cruz 101 (4): 397–400. doi:10.1590/S0074-02762006000400009.
  74. ^ A.H. Talaizadeh et.al. Human toxocariasis: A report of 3 cases. Pakistan Journal of Medical Sciences Quarterly, Volume 23 October – December 2007 (Part-I) Number 5.
  75. ^ «Dog fouling – Woking Borough Council». Woking.gov.uk. http://www.woking.gov.uk/planning/envhealthservice/dog/dogfouling. Retrieved 2010-12-21.
  76. ^ a b Grandin, Temple; Johnson, Catherine (2005). Animals in Translation. New York, New York: Scribner. pp. 131–132. ISBN 0743247698.
  77. ^ DVM360.com (1 July 2009). DVM Magazine.
  78. ^ Weiss HB, Friedman DI, Coben JH (January 1998). «Incidence of dog bite injuries treated in emergency departments». JAMA 279 (1): 51–3. doi:10.1001/jama.279.1.51. PMID 9424044.
  79. ^ Tierney DM, Strauss LP, Sanchez JL (February 2006). «Capnocytophaga canimorsus Mycotic Abdominal Aortic Aneurysm: Why the Mailman Is Afraid of Dogs». Journal of Clinical Microbiology 44 (2): 649–51. doi:10.1128/JCM.44.2.649-651.2006. PMC 1392675. PMID 16455937. http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pmcentrez&artid=1392675.
  80. ^ Mail campaign over dog attacks (11 August 2005). BBC News.
  81. ^ Podberscek, A.L. (2006). «Positive and Negative Aspects of Our Relationship with Companion Animals». Veterinary Research Communications 30 (1): 21–27. doi:10.1007/s11259-006-0005-0.
  82. ^ Headey B. (1999). «Health benefits and health cost savings due to pets: preliminary estimates from an Australian national survey». Social Indicators Research 47 (2): 233–243. doi:10.1023/A:1006892908532.
  83. ^ Serpell J (December 1991). «Beneficial effects of pet ownership on some aspects of human health and behaviour». Journal of the Royal Society of Medicine 84 (12): 717–20. PMC 1295517. PMID 1774745. http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pmcentrez&artid=1295517.
  84. ^ Friedmann E, Thomas SA (December 1995). «Pet ownership, social support, and one-year survival after acute myocardial infarction in the Cardiac Arrhythmia Suppression Trial (CAST)». The American Journal of Cardiology 76 (17): 1213–7. doi:10.1016/S0002-9149(99)80343-9. PMID 7502998.
  85. ^ Wilson CC (August 1991). «The pet as an anxiolytic intervention». The Journal of Nervous and Mental Disease 179 (8): 482–9. doi:10.1097/00005053-199108000-00006. PMID 1856711.
  86. ^ McNicholas, J.; Collis, G. M. (2006). «Animals as social supports: Insights for understanding animal assisted therapy». In Fine, Aubrey H.. Handbook on animal-assisted therapy: theoretical foundations and guidelines for practice. Amsterdam: Elsevier/Academic Press. pp. 49–71. ISBN 0-12-369484-1.
  87. ^ Eddy J, Hart LA, Boltz RP (January 1988). «The effects of service dogs on social acknowledgments of people in wheelchairs». The Journal of Psychology 122 (1): 39–45. PMID 2967371.
  88. ^ Kruger, K.A. & Serpell, J.A. (2006). Animal-assisted interventions in mental health: Definitions and theoretical foundations, In Fine, A.H. (Ed.), Handbook on animal-assisted therapy: Theoretical foundations and guidelines for practice. San Diego, CA, Academic Press: 21–38. ISBN 0123694841
  89. ^ Batson, K.; McCabe, B.; Baun, M.M.; Wilson, C. (1998). «The effect of a therapy dog on socialization and psychological indicators of stress in persons diagnosed with Alzheimer’s disease». In Turner, Dennis C.; Wilson, Cindy C.. Companion animals in human health. Thousand Oaks: Sage Publications. pp. 203–15. ISBN 978-0-7619-1061-9.
  90. ^ Katcher, A.H.; Wilkins, G.G. (2006). «The Centaur’s Lessons: Therapeutic education through care of animals and nature study». In Fine, Aubrey H.. Handbook on animal-assisted therapy: theoretical foundations and guidelines for practice. Amsterdam: Elsevier/Academic Press. pp. 153–77. ISBN 0-12-369484-1.
  91. ^ Animals abandoned as recession hits home. TheStar.com. 22 December 2008.
  92. ^ HSUS Pet Overpopulation Estimates The Humane Society of the United States
  93. ^ Palika, Liz (4 February 2004). Purebred Rescue Dog Adoption: Rewards and Realities. Howell Book House. ISBN 978-0764549717. http://books.google.com/?id=3UK5jPQqo7gC&pg=PA4&dq=dog+shelters&cd=1#v=onepage&q=dog%20shelters. Retrieved 24 February 2010.
  94. ^ «World’s Largest Dog». http://www.worldslargestdog1.com/zorba.html. Retrieved 7 January 2008.
  95. ^ «Guinness World Records – Tallest Dog Living». Guinness World Records. 31 August 2004. http://www.guinnessworldrecords.com/records/natural_world/fantastic_pets/tallest_dog_living.aspx. Retrieved 7 January 2009.
  96. ^ a b c d e f g h i j k l m n o p q r s t u v Coren, Stanley (2004). How Dogs Think. First Free Press, Simon & Schuster. ISBN 0-7432-2232-6.[page needed]
  97. ^ a b A&E Television Networks (1998). Big Dogs, Little Dogs: The companion volume to the A&E special presentation. A Lookout Book. GT Publishing. ISBN 1-57719-353-9.[page needed]
  98. ^ a b c Alderton, David (1984). The Dog. Chartwell Books. ISBN 0-89009-786-0.[page needed]
  99. ^ «Dr. P’s Dog Training: Vision in Dogs & People». 1998. http://www.uwsp.edu/psych/dog/LA/davis2.htm. Retrieved 6 June 2008.
  100. ^ a b Miklósi, Ádám. Dog, behavior, evolution, and cognition. Oxford Biology, 2009, p. 140.
  101. ^ a b Mech, David. Wolves, Behavior, Ecology, and Conservation. The University of Chicago Press, 2006, p. 98.
  102. ^ Barking Orders. «A realistic look into the eyesight of a dog «, Barking Orders, The Canine School for Humans, March 10, 2010.
  103. ^ Miklósi, Ádám. Dog, behavior, evolution, and cognition. Oxford Biology, 2009, p. 139.
  104. ^ «Catalyst: Dogs’ Eyes». Australian Broadcasting Corporation. 25 September 2003. http://www.abc.net.au/catalyst/stories/s953902.htm. Retrieved 26 November 2006.
  105. ^ Miklósi, Ádám. Dog, behavior, evolution, and cognition. Oxford Biology, 2009, p. 142.
  106. ^ a b Elert, Glenn; Timothy Condon (2003). «Frequency Range of Dog Hearing». The Physics Factbook. http://hypertextbook.com/facts/2003/TimCondon.shtml. Retrieved 22 October 2008.
  107. ^ «How well do dogs and other animals hear». http://www.lsu.edu/deafness/HearingRange.html. Retrieved 7 January 2008.
  108. ^ a b «Dog Sense of Hearing». seefido.com. http://www.seefido.com/html/dog_sense_of_hearing.htm. Retrieved 22 October 2008.
  109. ^ «Smell». nhm.org. 6 May 2004. Archived from the original on 1 August 2008. http://web.archive.org/web/20080801101136/http://www.nhm.org/exhibitions/dogs/formfunction/smell.html. Retrieved 22 October 2008.
  110. ^ Dijkgraaf S.;Vergelijkende dierfysiologie;Bohn, Scheltema en Holkema, 1978, ISBN 9031303224
  111. ^ Klappenbach, Laura (2008). «What is Counter Shading?». About.com. http://animals.about.com/od/zoology12/f/countershading.htm. Retrieved 22 October 2008.
  112. ^ Cunliffe, Juliette (2004). «Coat Types, Colours and Markings». The Encyclopedia of Dog Breeds. Paragon Publishing. pp. 20–23. ISBN 0-7525-8276-3.
  113. ^ «The Case for Tail Docking». Council of Docked Breeds. http://www.cdb.org/case4dock.htm. Retrieved 22 October 2008.
  114. ^ «Bourbonnais pointer or ‘short tail pointer’». http://www.braquedubourbonnais.info/en/tail-genetics.htm.
  115. ^ The Merriam-Webster Editorial Staff, ed (1967). Webster’s Third New International Dictionary of the English Language, Unabridged. Springfield, MA U.S.A.: G&C Merriam Company. p. 2476. «type (4a) the combination of character that fits an individual to a particular use or function (a strong horse of the draft type
  116. ^ Ostrander, Elaine A. (September–October 2007). «Genetics and the Shape of Dogs; Studying the new sequence of the canine genome shows how tiny genetic changes can create enormous variation within a single species». American Scientist (online). www.americanscientist.org. pp. also see chart page 4. http://www.americanscientist.org/issues/feature/2007/5/genetics-and-the-shape-of-dogs. Retrieved 09/22 2008.
  117. ^ Ward, Dr. Ernie. «Diseases shared by humans and pets». Dogtime.com. http://dogtime.com/diseases-shared-by-humans-pets-ernie-ward.html. Retrieved 2 October 2010.
  118. ^ «Kennel Club/British Small Animal Veterinary Association Scientific Committee». 2004. http://www.thekennelclub.org.uk/item/570. Retrieved 5 July 2007.
  119. ^ a b Proschowsky, H. F., H. Rugbjerg, and A. K. Ersbell (2003). «Mortality of purebred and mixed-breed dogs in Denmark». Preventive Veterinary Medicine 58: 63. doi:10.1016/S0167-5877(03)00010-2.
  120. ^ a b Michell AR (November 1999). «Longevity of British breeds of dog and its relationships with sex, size, cardiovascular variables and disease». The Veterinary Record 145 (22): 625–9. doi:10.1136/vr.145.22.625. PMID 10619607.
  121. ^ a b c d Compiled by K. M. Cassidy.. «Dog Longevity Web Site, Breed Data page». http://users.pullman.com/lostriver/breeddata.htm. Retrieved 8 July 2007.
  122. ^ Patronek GJ, Waters DJ, Glickman LT (May 1997). «Comparative longevity of pet dogs and humans: implications for gerontology research». The Journals of Gerontology. Series a, Biological Sciences and Medical Sciences 52 (3): B171–8. PMID 9158552.
  123. ^ a b AnAge entry for Canis familiaris AnAge Database. Human Aging Genomic Resources. Retrieved 17 July 2007.
  124. ^ a b Boitani, Luigi; Mech, L. David (2003). Wolves: behavior, ecology, and conservation. Chicago: University of Chicago Press. p. 448. ISBN 0-226-51696-2.
  125. ^ Graves, Will (2007). Wolves in Russia: Anxiety throughout the ages. Calgary: Detselig Enterprises. p. 222. ISBN 1550593323. http://www.wolvesinrussia.com/.
  126. ^ Kojola, I., Ronkainen, S., Hakala, A., Heikkinen, S., Kokko, S.. Interactions between wolves Canis lupus and dogs C. familiaris in Finland. Nordic Council for Wildlife Research.
  127. ^ Jonathan & Angela Scott (2006). Big Cat Diary: Leopard. London: Collins. p. 108. ISBN 0007211813.
  128. ^ Perry, Richard (1965). The World of the Tiger. p. 260. ASIN: B0007DU2IU.
  129. ^ «Striped Hyaena Hyaena (Hyaena) hyaena (Linnaeus, 1758)». IUCN Species Survival Commission Hyaenidae Specialist Group. May. Archived from the original on 28 September 2007. http://web.archive.org/web/20070928225108/http://www.hyaena.ge/striped.htm. Retrieved 21 May 2008.
  130. ^ Marc Bekoff; Dale Jamieson (2006). «Ethics and the Study of Carnivores». Animal passions and beastly virtues. Temple University Press. ISBN 9781592133482. http://books.google.com/books?id=5qQNetdJKnwC&pg=PA232.
  131. ^ Evan B. Hazard (1982). «Order Carnivora». The mammals of Minnesota. U of Minnesota Press. ISBN 9780816609529. http://books.google.com/books?id=sjoQK1bedB0C&pg=PA113.
  132. ^ S. G. Pierzynowski; R. Zabielski (1999). Biology of the pancreas in growing animals. Volume 28 of Developments in animal and veterinary sciences. Elsevier Health Sciences. p. 417. ISBN 9780444502179. http://books.google.com/?id=p_n1qXT7SuEC.
  133. ^ National Research Council (U.S.). Ad Hoc Committee on Dog and Cat Nutrition (2006). Nutrient requirements of dogs and cats. National Academies Press. p. 137. ISBN 9780309086288. http://books.google.com/?id=aqeCwxbRWvsC.
  134. ^ Cheryl S. Smith (2008). «Chapter 6, Omnivores Together». Grab Life by the Leash: A Guide to Bringing Up and Bonding with Your Four-Legged Friend. John Wiley and Sons. ISBN 9780470178829. http://books.google.com/books?id=p0y9b9voiI8C&pg=PA77.
  135. ^ Sources vary on which of these are considered the most significant toxic item.
  136. ^ «Toxic Foods and Plants for Dogs». entirelypets.com. http://www.entirelypets.com/toxicfoods.html. Retrieved 24 June 2010.
  137. ^ Drs. Foster & Smith. «Foods to Avoid Feeding Your Dog». peteducation.com. http://www.peteducation.com/article.cfm?c=2+1659&aid=1030. Retrieved 24 June 2010.
  138. ^ «Sexual Maturity — Spay and Neuter». Buffalo.com. http://www.pets911.com/hosted/buffalo/puppy/article.php?num=11045. Retrieved 22 October 2008.
  139. ^ «Normal gestation in dogs». http://www.cpvh.com/Articles/36.html. Retrieved 22 October 2008.
  140. ^ «HSUS Pet Overpopulation Estimates». The Humane Society of the United States. http://www.humanesociety.org/issues/pet_overpopulation/facts/overpopulation_estimates.html. Retrieved 22 October 2008.
  141. ^ «French Bulldog Pet Care Guide». http://www.frenchbulldog.org/2008/05/01/is-a-french-bulldog-the-right-breed-for-you/. Retrieved 7 January 2008.
  142. ^ «Top 10 reasons to spay/neuter your pet». American Society for Prevention of Cruelty to Animals. http://www.aspca.org/pet-care/spayneuter/. Retrieved 16 May 2007.
  143. ^ Mahlow, Jane C. (1999). «Estimation of the proportions of dogs and cats that are surgically sterilized». Journal of the American Veterinary Medical Association (excerpt quoted by spayusa.org) 215: 640–643. http://www.spayusa.org/main_directory/02-facts_and_education/stats_surveys/javma_articles/02dogs-cats-sterilized.asp. Retrieved 30 November 2006. «Although the cause of pet overpopulation is multifaceted, failure of owners to spay and castrate their animals is a major contributing factor.»
  144. ^ Heidenberger E, Unshelm J, E (Feb 1990). «Changes in the behavior of dogs after castration» (in German). Tierärztliche Praxis 18 (1): 69–75. ISSN 0303-6286. PMID 2326799.
  145. ^ Morrison, Wallace B. (1998). Cancer in Dogs and Cats (1st ed.). Williams and Wilkins. ISBN 0-683-06105-4.
  146. ^ Arnold S (1997). «[Urinary incontinence in castrated bitches. Part 1: Significance, clinical aspects and etiopathogenesis]» (in German). Schweizer Archiv Für Tierheilkunde 139 (6): 271–6. PMID 9411733.
  147. ^ Johnston SD, Kamolpatana K, Root-Kustritz MV, Johnston GR, SD (Jul 2000). «Prostatic disorders in the dog». Anim. Reprod. Sci. 60–61: 405–15. doi:10.1016/S0378-4320(00)00101-9. ISSN 0378-4320. PMID 10844211.
  148. ^ Kustritz, MV (Dec 2007). «Determining the optimal age for gonadectomy of dogs and cats». JAVMA 231 (11): 1665–1675. doi:10.2460/javma.231.11.1665. ISSN 0003-1488. PMID 18052800.
  149. ^ Dr. Leonore Loeb Adler, Helmut E. Adler (2004). «Ontogeny of observational learning in the dog (Canis familiaris)». Developmental Psychobiology 10 (3): 267–271. doi:10.1002/dev.420100310. PMID 863122. http://www3.interscience.wiley.com/journal/109705129/abstract?CRETRY=1&SRETRY=0.
  150. ^ Kubinyi, E., Topal, J., & Miklosi, A. (2003). «Dogs (canis familiaris) learn their owners via observation in a manipulation task». Journal of Comparative Psychology 117 (2): 156. doi:10.1037/0735-7036.117.2.156.
  151. ^ <Please add first missing authors to populate metadata.> (2003). «The efficacy of the model-rival method when compared to operant conditioning for training domestic dogs to perform a retrieval-selection task». AABS.
  152. ^ a b Hare, B., Brown, M., Williamson, C., & Tomasello, M., B (Nov 2002). «The domestication of social cognition in dogs». Science 298 (5598): 1634–6. Bibcode 2002Sci…298.1634H. doi:10.1126/science.1072702. ISSN 0036-8075. PMID 12446914.
  153. ^ K Guo, C Hall, S Hall, K Meints, D Mills (2007). «Left gaze bias in human infants, rhesus monkeys, and domestic dogs». Perception 36 ECVP. http://www.perceptionweb.com/abstract.cgi?id=v070385. Retrieved 24 June 2010.
  154. ^ Alleyne, Richard (29 October 2008). «Dogs can read emotion in human faces». Daily Telegraph (London). http://www.telegraph.co.uk/science/science-news/3354028/Dogs-can-read-emotion-in-human-faces.html. Retrieved 24 June 2010.
  155. ^ a b c <Please add first missing authors to populate metadata.> (2009). «Attention to attention in domestic dog (Canis familiaris) dyadic play». Journal Animal Cognition (Springer Berlin / Heidelberg) 12. http://www.springerlink.com/content/r338v42481024317. Retrieved 18 February 2009.
  156. ^ «Behaviour problems linked to pessimistic dogs». Sydney Morning Herald. 12 October 2010. http://www.smh.com.au/lifestyle/lifematters/behaviour-problems-linked-to-pessimistic-pups-20101012-16gup.html. Retrieved 21 October 2010.
  157. ^ Smart US dog learns more than 1,000 words http://www.straitstimes.com/BreakingNews/TechandScience/Story/STIStory_621903.html
  158. ^ Kenth Svartberga, Björn Forkman, K (14 June 2002). «Personality traits in the domestic dog (Canis familiaris)». Applied animal behavior science 79 (2): 133–155. doi:10.1016/S0168-1591(02)00121-1. http://www.appliedanimalbehaviour.com/article/S0168-1591(02)00121-1/abstract. Retrieved 24 June 2010.[dead link]
  159. ^ Svartberg, K et al. (26 April 2004). «Consistency of personality traits in dogs». Animal Behaviour 69 (2): 283–291. doi:10.1016/j.anbehav.2004.04.011.
  160. ^ «40 Winks?» Jennifer S. Holland, National Geographic Vol. 220, No. 1. July 2011.
  161. ^ Do Dogs Dream? by Dr. Nicholas Dodman
  162. ^ Faragó, T, Pongrácz P, Miklósi Á, Huber L et al. (15 December 2010). Giurfa, Martin. ed. «Dogs’ Expectation about Signalers’ Body Size by Virtue of Their Growls». PLoS ONE 5 (12): e15175. Bibcode 2010PLoSO…515175F. doi:10.1371/journal.pone.0015175. PMC 3002277. PMID 21179521. http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0015175. Retrieved 17 February 2011.
  163. ^ Serpell, James (1995). The Domestic Dog; its evolution, behaviour and interactions with people. Cambridge: Cambridge Univ. Press. p. 35. ISBN 0-521-42537-9.
  164. ^ a b c d e f Coppinger, Ray (2001). Dogs: a Startling New Understanding of Canine Origin, Behavior and Evolution. New York: Scribner. ISBN 0684855305.
  165. ^ a b Serpell, James (1995). The Domestic Dog; its evolution, behaviour and interactions with people. Cambridge: Cambridge Univ. Press. p. 267. ISBN 0-521-42537-9.
  166. ^ a b Pal SK (January 2005). «Parental care in free-ranging dogs, Canis familiaris». Applied Animal Behaviour Science 90 (1): 31–47. doi:10.1016/j.applanim.2004.08.002.
  167. ^ Günther Bloch: Die Pizza-Hunde. ISBN 978-3-440-10986-1
  168. ^ Eberhard Trumler, Mit dem Hund auf du; Zum Verständnis seines Wesens und Verhaltens; 4. Auflage Januar 1996; R. Piper GmbH & Co. KG, München
  169. ^ «Are wolves and wolfdog hybrids trainable?». Wolf Park. Archived from the original on 15 June 2008. http://web.archive.org/web/20080615124627/http://www.wolfpark.org/wolfdogs/Poster_section7.html. Retrieved 30 October 2008.
  170. ^ «Wolf Training and Socialisation: Example #1». Wolf Park. Archived from the original on 10 February 2008. http://web.archive.org/web/20080210012443/http://www.wolfpark.org/training/Example-1.html. Retrieved 30 October 2008.
  171. ^ a b c d e f g h Josepha Sherman (August 2008). Storytelling: An Encyclopedia of Mythology and Folklore. Sharpe Reference. pp. 118–121. ISBN 9780765680471.

External links

Data related to Dog at Wikispecies

  • American Kennel Club
  • Biodiversity Heritage Library bibliography for Canis lupus familiaris
  • CompareCanines.com – Compare 150+ dog breeds in over 50 different categories
  • Canadian Kennel Club
  • Fédération Cynologique Internationale (FCI) – World Canine Organisation
  • New Zealand Kennel Club
  • The Kennel Club (UK)
  • Dogs in the Ancient World, an article on the history of dogs
v · d · eDogs
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Animals are the living beings that we share the Earth with. Some animals are domestic which means they are tamed and not wild. Some domestic animals are kept for farming purposes while pets are kept as companions. Wild animals are untamed and they live in their natural environment. There are many kinds of animals, so we put them into some groups. Basic animal groups are mammals, reptiles, birds, invertebrates, fish and amphibians.

Table of Contents

  • ⬤ Pictures of animals with pronunciations
  • ⬤ Farm animals picture vocabulary with pronunciations
  • ⬤ Word list of animals in English
  • ⬤ Flashcards exercise about animals vocabulary
  • ⬤ Flip the card game
  • ⬤ Example sentences about animals
  • ⬤ Asking questions about animals
  • ⬤ Reading passage about animals
  • ⬤ Images of animals vocabulary to download and share
  • ⬤ Picture quiz about animals
  • ⬤ Listening test with pictures
  • ⬤ Writing test with animal pictures
  • ⬤ Spelling test about animals
  • ⬤ Worksheets about animals to download and share

Pictures of animals with pronunciations

You can learn names of animals here with pronunciations. Click on a picture to listen to the pronunciation.
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  • Carnivores are the animals that eat meat such as lion, wolf, crocodile, eagle etc.
    Herbivores are the animals that eat plant. For example zebra, kangaroo, elephant, deer etc.
    Omnivores are the animals that eat both plant and meat.
  • A vet is an specialist who takes care of the animal health. They are trained people with medical degree.
  • There are some endangered animals. This means number of the animals of this kind is decreasing. Click here to learn about the endangered animals in the world.
  • Extinct animal means this animal no longer lives on Earth. For example the bird dodo became extinct about 300 years ago.

SIMILAR PAGES:
❯❯ Sea animals vocabulary
❯❯ Pets vocabulary
❯❯ Birds vocabulary
❯❯ Insects vocabulary

Farm animals picture vocabulary with pronunciations

Learn farm animals vocabulary in English with pictures and pronunciation below. To learn how to say farm animals in English click on any image.


Word list of animals in English

  • elephant
  • bear
  • fox
  • wolf
  • zebra
  • rabbit
  • deer
  • giraffe
  • tiger
  • lion
  • gorilla
  • snake
  • crocodile
  • turtle
  • whale
  • kangaroo
  • frog
  • dolphin
  • panda
  • cow
  • cat
  • dog
  • ox
  • horse
  • camel
  • goat
  • donkey
  • bull
  • sheep
  • rat
  • squirrel
  • snake
  • bat
  • hamster
  • chimpanzee
  • lizard
  • gazelle
  • hippo
  • hyena
  • killer whale
  • koala
  • llama
  • polar bear
  • jaguar
  • orangutan
  • leopard
  • cheetah
  • lynx
  • panther
  • puma
  • raccoon
  • reindeer
  • seal
  • beaver
  • bison
  • blue whale
  • bobcat
  • buffalo
  • cobra
  • alligator
  • chameleon

Flashcards exercise about animals vocabulary

Tap on a flashcard to flip it and see the animal name on it. This exercise helps you memorize the names of animals.

Flip the card game

Click on a card to see an animal name. Then say the name of the animal in your own language.

Example sentences about animals

  1. Lions eat meat.
  2. Giraffes are the tallest land animals.
  3. A cow is a farm animal.
  4. An elephant is a mammal.
  5. Snakes are reptiles.
  6. Koalas are in danger of extinction.
  7. Some fish lost their habitats because of drought.
  8. Polar bears become endangered because of climate change.
  9. Wild life is important for wild animals.
  10. Lions have got sharp and big teeth.
  11. Tigers are carnivore.
  12. We should save natural habitat.
  13. Wild life is important for wild animals.
  14. We should keep seas clean.
  15. We shouldn’t wear fur.
  16. We shouldn’t hunt seals for their fur.

Asking questions about animals

  1. What do pandas look like? – Pandas are big animals. They have thick white coat with blacks patches.
  2. What do pandas hunt? – They don’t hunt. They mostly eat leaf.
  3. Where do pandas live? – They live in China.
  4. How much do pandas weigh? – They weigh about 100 Kg.
  5. What do pandas eat? – They eat bamboo leaves.
  6. Which wild animals do you want to touch? – I want to touch eagles.
  7. Where can you see Kangaroos? – You can see kangaroos in Australia.
  8. When did dodo become extinct? – Dodo became extinct in the 17th century.
  9. What do tigers eat? – They eat meat.
  10. How tall are the giraffes? – They are about 18 feet tall.
  11. Where do Asian Elephants live? – They live in Asia
  12. What should we do to protect endangered animals? – We should protect their habitat.

Reading passage about animals

Giraffes
Giraffes are mammals. Giraffes are the tallest animals on the land. They are 1.8-meter tall. The legs of a giraffe are about 2 meters long. A giraffe’s heart is about a half a meter long and weighs about 11 kilograms. Its lungs can hold 55 liters of air. Both male and female giraffes have horns. Giraffes are so big. So they don’t need to hide from any other animals. If they are in danger, they can defend themselves with a strong kick. They can also run very fast—around 56 kilometers per hour. They always look elegant and calm.

Jaguars
The jaguar is a wild animal. It is carnivore. Jaguars have strong teeth. They are powerful big-headed animals. Most jaguars have black spots on their bodies. Some jaguars are so dark that they appear to be spotless. They live in watery habitats such as swamplands of central and South America. They are good swimmers. Jaguars can eat larger animals such as deer. They sometimes climb trees to wait their prey. Jaguars are proficient hunters of wildlife.

Picture quiz about animals

Select the correponding animal name from the list. This picture quiz is good to check your animals vocabulary skill.

Listening test with pictures

Listen to the animal name and then select it from the list of random animal pictures. Each correct answer will give you points.

Writing test with animal pictures

Start the test and when you see an animal image, write the name of it into the input box.

Spelling test about animals

Listen and type the animal name into the text box correctly. Get points for every correct answer.

There are some worksheets about animals vocabulary below. These printable ESL worksheets are free to download and share. They have pdf and jpg image formats. You can choose whichever you like.

Animals flashcards worksheet

Flashcards worksheet jpg image

Flashcards worksheet pdf

Animals activity worksheet

Activity worksheet jpg image

Activity worksheet pdf

Animals word scramble game worksheet

Word scramble game worksheet jpg image

Word scramble game worksheet pdf

Animals word search puzzle worksheet – 1

Word search puzzle worksheet jpg image

Word search puzzle worksheet pdf

Animals word search puzzle worksheet – 2

Word search puzzle worksheet jpg image

Word search puzzle worksheet pdf

External resource links:
You can jump to animals category page to find extra activities and games in this website by clicking here. However, there are some external links that may help you. You can click here to watch a video about animals. You can also play games about animals vocabulary here or here. And this and this and this are pdf flashcards about animals.

caninity /kay nin»i tee/, n.

/kay»nuyn/, adj.

1. of or like a dog; pertaining to or characteristic of dogs: canine loyalty.

2. Anat., Zool. of or pertaining to the four pointed teeth, esp. prominent in dogs, situated one on each side of each jaw, next to the incisors.

n.

3. a canid.

4. a dog.

5. a canine tooth; cuspid. See illus. under tooth.

[1350-1400; ME canine canine tooth ( caninus, equiv. to can(is) dog + -inus -INE1]

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Any domestic or wild dog or doglike mammal (e.g., wolf, jackal, fox) in the family Canidae, found throughout the world except in Antarctica and on most ocean islands.

Canines tend to be slender and long-legged, with a long muzzle, bushy tail, erect pointed ears, and well-developed canine and cheek teeth. They prey on all types of animals; some also eat carrion and vegetable matter. They probably were the first animals to be domesticated. Though helpful in controlling rodent and rabbit populations, canines have been hunted for their pelts and slaughtered to prevent their reputed (and sometimes real) destruction of livestock and large game.

* * *

Introduction

      any of 34 living species of foxes, wolves (wolf), jackals, and other members of the dog family. Found throughout the world, canines tend to be slender, long-legged animals with long muzzles, bushy tails, and erect, pointed ears.

 Canines are carnivores that prey on a wide variety of animals, large and small, though some also eat carrion and vegetable matter. Highly intelligent and easily trained, canines were probably the first animals to be domesticated. On the other hand, most species have been (and are still) hunted for their pelts, and in many areas they continue to be hunted, trapped, and otherwise controlled in order to mitigate predation on livestock and game.

Natural history

  Each continent except Antarctica and Australia has members of the family Canidae native to it; Australia’s dingo (Canis lupus dingo, or Canis lupus familiaris dingo) was introduced by man, albeit thousands of years ago. Canines are absent from New Zealand and most oceanic islands. Every major ecosystem is inhabited by some type of canine. The Arctic fox (Alopex lagopus), for example, occupies the barren tundra of the Arctic, whereas the fennec (Vulpes zerda) lives in the Sahara desert. In general, however, canines tend to be animals of open or grassland areas. The rare bush dog (Speothos venaticus) of South America confines itself to forests and wet savannas, however, and the Eurasian raccoon dog (Nyctereutes procyonoides) often lives in tree hollows that have their entrances close to the ground. The American gray fox (Urocyon cinereoargenteus) prefers wooded areas and is not averse to climbing trees, whereas the red fox (Vulpes vulpes) tends to occupy meadows and farmland. Thus, in North America, where both these foxes exist, they occupy slightly different ecological niches.

  Canines are all predators that are primarily, if not exclusively, meat eaters. The gray, or timber, wolf (wolf) (Canis lupus), the African hunting dog (Lycaon pictus), and the Asian dhole (Cuon alpinus) are strictly carnivorous, whereas foxes, jackals, the coyote (Canis latrans), and the raccoon dog eat fruits and berries as well as small mammals, birds, insects, crustaceans, and mollusks. The vision and hearing of canines are acute, and their sense of smell is among the keenest of all mammals. The canines that are strictly carnivorous tend to hunt in packs; those that are omnivorous tend to be solitary in their hunting habits. Carnivorous species usually follow migratory herds of hoofed animals such as caribou or antelope, or they move into areas where other prey is more numerous. African hunting dogs are extremely social, always hunting in intricately organized packs, whereas the varied diet of omnivores reduces the necessity for organized attack and extended travel to such an extent that some South American foxes are solitary or live in pairs.

 Canine litters usually number about four to six young born after a gestation period of 51–80 days, depending on the species. The Arctic fox has the largest litter among carnivores, averaging about 11 but sometimes numbering 20 or more. Arctic foxes give birth in a den in the ground, in a hollow log or tree, in a hidden brushy area, among boulders, or in a crevice of rock. The African hunting dog often dens in abandoned aardvark burrows. Canines breed in late winter, and the young are born in mid- or late spring. Their eyes usually open in about two weeks, and they nurse for four to six weeks. The smaller species can begin breeding when only one year old, but larger forms, such as the wolf, do not reach sexual maturity until two or three years of age.

 Canines communicate with a variety of sounds. The vocal repertoire is most highly developed in social species and includes howls, yelps, snarls, barks, and growls. These sounds are frequently associated with specialized visual signals involving movements of the ears and tail, raising of certain areas of fur, and baring of teeth. Within the social group or pack there is a complex dominance hierarchy based on age, pair-bonds, physical condition, and sexual state. Vocal and visual signals serve to minimize aggressive interactions, such as quarrels over food, that might prove injurious. In solitary species, vocalizations serve to advertise territory, ward off aggressors, and communicate with the mate and young.

Form and function

  A long face or muzzle is characteristic of wild canines. All have a relatively long and bushy tail. Most have a uniform coloration, although there are some contrasting colours on jackals and the gray fox, a dark mask on the raccoon dog, a blotching of black, yellow, and white on the African hunting dog, and a lighter-coloured belly in most species. The ears are pointed, erect, and often quite large in desert species. In addition to detecting sound, large ears are believed to act as heat regulators in species such as the bat-eared fox (Otocyon megalotis) and the fennec, allowing a greater amount of heat to be dissipated in hot climates. Arctic foxes tend to have much smaller ears, providing less loss of heat in a region where heat conservation is important to survival.

 Most canines have relatively long legs, especially the maned wolf (Chrysocyon brachyurus) of South America. This feature makes canines well-adapted to running, as does the fact that they walk on their toes (digitigrade locomotion). Canines have exceptional stamina but are not capable of great bursts of speed. During winter, northern species often grow fur on their foot pads to provide traction on snow and protection from the cold. All canines have four well-developed toes plus a dewclaw (reduced hind toe) on the front feet, except the African hunting dog, which lacks the dewclaw. There are four toes on the rear feet. Each toe is capped by a blunt, nonretractile claw (i.e., with no sheath into which it can be withdrawn). Scent glands are often present at the base of the tail; these are used to mark territory.

      Most canines have 42 teeth with unspecialized incisors and large fanglike teeth, actually called canines, that are used to kill prey. The premolars are narrow and sharp and the carnassials well-developed. The molars form broad surfaces that can crush substantial bones.

Importance to humans

 The domestic dog (Canis lupus familiaris) is undoubtedly the canine of the greatest economic significance, particularly in Western societies, because of its importance as a pet. It was probably the first wild animal to be domesticated, and dogs have been found associated with Neolithic (Neolithic Period) sites dating back more than 10,000 years. (For more information on the domestic dog, see dog.)

      Some canines are important to the fur trade. At one time, a mutant form of the red fox called the silver fox formed a significant part of the fur-farming industry. Today the red fox is the second most important animal in fur farming, after the American mink (Mustela vison). The raccoon dog is still raised in some regions of Russia and Finland. The gray fox, Arctic fox, coyote, and gray wolf are also significant sources of fur, but several others are also occasionally used by the fur trade. In Europe the red fox is hunted primarily for sport. (See foxhunting.)

      Many canine species, especially the red fox, are susceptible to the rabies virus. In Europe management of fox rabies through culling and distribution of vaccine-loaded baits is a costly program. There is no cure for this fatal disease in humans, but preexposure vaccination of pets and people and postexposure vaccination of humans provide immunity against the disease. Few species are utilized by man for food, but some Native Americans once regarded dog meat as a delicacy to be eaten on special occasions. Dog meat is also consumed in eastern Asia.

Paleontology and classification

      Among the carnivores, canines are more closely related to bears and weasels than to felines, civets, mongooses, and hyenas. Family Canidae was originally endemic to North America, where fossils indicate a widespread presence during the Late Eocene Epoch (approximately 35 million years ago) and into the late Miocene Epoch (about 10 million years ago). In the Old World the earliest fossils date from the late Miocene of Spain. Canids then spread over Eurasia by 9 million years ago, Africa by 4–5 million years ago, and South America by 2 million years ago.

Family Canidae (canines)

 34 species in 13 genera found worldwide, not including the Falkland Island wolf (Dusicyon australis), a foxlike species that was hunted to extinction in the late 1800s.

      Genus Vulpes (foxes)

 10 species of Europe, Asia, and Africa.

 8 species found worldwide.

      Genus Pseudalopex (South American foxes)

 5 species of South America.

 2 species of North and South America, one of which lives only on the Channel Islands off the California coast.

 1 species of the northern polar region.

      Genus Atelocynus (small-eared zorro)

 1 species of South America.

 1 species of South America.

 1 species of South America.

 1 species of Asia.

 1 species of Africa.

 1 species of eastern Asia.

 1 species of Africa.

 1 species of South America.

Howard James Stains Serge Lariviere

* * *

Universalium.
2010.

Англо-русские и русско-английские словари и энциклопедии. English-Russian and Russian-English dictionaries and translations

Англо-русский перевод DOG-SALMON

сущ.; зоол. кета, горбуша


English-Russian dictionary of common lexis.

     Англо-Русский словарь общей лексики.
2005

The tissues and body fluids of animals are subject to the same types of abnormal structural and functional changes as are those of humans. Causes and circumstances may differ but the disease processes are very similar.

The tissues and body fluids of animals are subject to the same types of abnormal structural and functional changes as are those of humans. Causes and circumstances may differ but the disease processes are very similar.

Disease, Animal

The tissues and body fluids of animals are subject to the same types of abnormal structural and functional changes as are those of humans. Causes and circumstances may differ but the disease processes are very similar. An inflammation or a cancer in a dog or a cow could be identical in appearance and development to that found in a human.

The science of anatomy studies normal tissue structure in other animals, as in humans, the science of physiology, normal function; that of pathology, disease processes (abnormal structure and function). Veterinarians diagnose, treat and prevent diseases in animals.

Types of Disease Processes in Animals

Degenerative
Individual cells or groups of cells which are sick and function abnormally are called degenerate because of their reduced ability to function. They have abnormal organelles (specialized cell parts) and functional abnormalities and can often be identified by their appearance under the microscope. Dead cells and tissues have a characteristic appearance called necrosis which is a common abnormality in injured tissue.

Diseases in Various Species

Many animal diseases are related to intensive husbandry resulting in crowded, poorly ventilated conditions often combined with the mixing of susceptible animals from several sources. The major economically important diseases of cattle are neonatal diarrhea and viruses (eg, corona virus, rotavirus). Enzootic pneumonia (ie, always present at a low level) is a serious problem in calves 2-6 months old. The causes are viruses and viruslike micro-organisms, together with secondary bacterial infection, often leading to a persistent bronchopneumonia. Affected calves have a fever, grow poorly, cough and breathe rapidly. Before the discovery of antibiotics, many calves died of pulmonary abscesses but now most survive if treated properly.

Feedlot cattle very often have a more severe, often fatal pneumonia shortly after arrival at the feedlot (see Beef Cattle Farming). Transportation stress, mixing of groups and crowding predispose the animals to bacterial pneumonia, known as «shipping fever,» which is so acute that it is difficult to detect affected animals soon enough to treat them. Mastitis is a major problem in dairy cows because chronic inflammation of the mammary gland reduces milk yield (see Dairy Farming).

Infertility, a major problem in cattle, arises through abortion or failure to conceive at the proper time (see Animal Breeding). Abortion is caused by many different infectious agents. It is economically important for a cow to calve annually; therefore, the cow must come in estrus and be bred at the proper time. Detection of estrus is a major problem to many farmers. Some of the great plagues which affected cattle of past centuries (eg, foot-and-mouth, rinderpest, contagious bovine pleuropneumonia) still exist in Africa and Asia and periodically spread to Europe and the Americas. The risk of such diseases results in strict importation regulations for meat, animal products and animals.

Hog cholera and African swine fever are highly infectious, fatal diseases causing lesions in many tissues. Both could be considered in the plague category. The most prevalent diseases of pigs now are diarrhea and pneumonia. That specific diarrheas tend to occur in different age groups helps in diagnosis. Most are fatal or may cause pigs to be stunted and therefore uneconomical.

The main pneumonia is caused by mycoplasma, a bacterialike organism. Diarrheas and pneumonia often lead producers to place antibiotics or similar compounds in the feed at subtreatment levels until marketing (see Hog Farming). Bacteria often become resistant to antibiotics given at preventive rather than treatment levels.

Sheep and goats have many diseases in common, of which parasites are very important. Lungworms are common in both and often lead to chronic lung disease. Constant prevention and treatment efforts are required to overcome them. Several kinds of gastrointestinal parasitic worms occur, especially in sheep. Stomach worms, Haemonchus, suck blood from the stomach lining, often causing fatal acute anemia. White muscle disease caused by vitamin E deficiency can be prevented by adequate diet supplements. The name comes from the pale colour of degenerate muscle lesions in the heart and limbs of affected animals (see Goat Farming; Sheep Farming).

Domestic turkeys and chickens are raised in very crowded conditions (often thousands in one pen); therefore, infections can spread very rapidly (see Poultry Farming). Many vaccines, often given in the drinking water, are routinely used; drugs are included in the feed to prevent bacterial and parasitic diseases. Coccidiosis is a very common protozoan parasite causing a potentially fatal enteritis. The parasite is easily treated or prevented by drugs but keeps changing its sensitivity to drugs and requires constant checking.

Respiratory diseases (particularly of the air sacs and sinuses) are also significant and require constant control measures. A widespread poultry disease is a cancer of lymphocytes in the blood and blood-forming tissues caused by a highly infectious virus. Some of the viral strains pass by contact, others, through eggs. A vaccine is now available for prevention. Intense research is ongoing to determine whether other cancers, possibly those of humans, are viral in origin.

The requirement of veterinary services for pets, particularly dogs and cats, has expanded rapidly and is now highly sophisticated, requiring hospital care and facilities very similar to human hospitals. Dogs have many diseases resembling those of humans and are often studied as models of human diseases. «Comparative medicine» refers to such combined studies and includes many diseases of other animals, particularly certain strains of rats, mice and primates.

Dogs have the highest rates of cancer among animals. These originate in many tissues but those of the skin and blood-forming organs are most numerous. Biopsy examination of surgically removed lumps is a common procedure. The main infectious diseases of dogs are distemper and infectious canine hepatitis, but these are now well controlled by vaccination. The frequently fatal acute parvoviral enteritis, a rather new disease in dogs, apparently arose as a variant of a nonpathogenic strain and became rampant across North America in the late 1970s and early 1980s.

The most devastating disease in cats, infectious feline enteritis, or panleukopenia, has many similarities to canine viral enteritis and is often fatal. It is also fatal to members of the mink family. Cats have a high incidence of lymphosarcoma, a cancer of white blood cells. It is caused by a highly infectious virus, but causes cancer in a relatively few animals which appear to have a defect in their immune response. The disease is being studied to see if the mechanisms involved relate to those of any human cancers.

The use of rabbits, rats, mice, guinea pigs and primates for research on human disease or for testing drugs and vaccines has resulted in rapid expansion of knowledge of their naturally occurring diseases, which are similar to others discussed above (eg, enteritis, pneumonia, parasitic diseases). Many specific models of human disease have been found in these animals and are studied in detail (see Animal Issues).

Wildlife species of all types have diseases, some occurring in epidemics. These diseases are no different from those occurring in domestic species. Less is known about most wildlife diseases because of problems in securing sufficient numbers for study. Particular attention is given to species that carry diseases which could affect humans or domestic animals (eg, rabies). Efforts are being made to vaccinate wildlife species for rabies by means of oral vaccines in food left in their natural environment. Fortunately, there are veterinarians who specialize in diseases of wildlife (see Wildlife Conservation and Management).

Captive animals have many disease problems related to captivity, ie, to strange or unnatural climates, mixing with unnatural neighbours, eating unnatural foods, etc. They may contract diseases to which they have no resistance from humans or from animals native to other continents. Zoo veterinarians have a tremendous responsibility in caring for expensive animals. Many problems occur as a result of restraint while the animals are being moved or treated. Injuries are common. There are now enough zoo veterinarians to allow for sharing of knowledge and experience.

The requirement that animals slaughtered for meat be inspected under veterinary supervision is designed, in part, to protect the public from the many diseases transmissible from animals to humans (see Food Legislation; FOOD SAFETY). These diseases include listeriosis, anthrax, salmonellosis (typhoid fever), brucellosis (contagious abortion), tuberculosis, leptospirosis, some pox viruses, rabies, equine encephalitis, etc. Pasteurization of milk, meat inspection and generally improved personal hygiene have effected major improvements in control of these transmissible diseases.

Because of the importance of animal agriculture to the Canadian economy, veterinary medicine in Canada is pioneering new technology and treatments for diseases of domestic food-producing animals. Guelph researchers are concentrating on reproductive biotechnology including sexing and splitting embryos, in-vitro fertilization, recombinant cloning of toxins to produce anti-toxins, and radiation therapy for cancer in animals.

At the Western College of Veterinary Medicine in Saskatoon, calf diarrhea and respiratory disease of cattle, in particular shipping fever, are the subjects of research. At the Université de Montréal at St-Hyacinthe, reproductive physiology is being researched. In PEI, at the Atlantic Veterinary College, epidemiology and health management systems for farm animals are being researched.

Circulatory

Blood flows through tissues, providing nutriment and oxygen. Blood flow may be abnormal because of tissue lesions or abnormalities in the general circulation. If increased amounts of arterial blood fill capillary beds, the lesion, called hyperemia, is bright red. Such lesions are commonly found in inflammation. If venous drainage is impaired through local or generalized obstruction to flow, congestion results, appearing dark red. If excess fluid collects in tissues outside blood vessels, the lesion is called edema and tissue is swollen. This lesion may be caused by local injury or by a generalized inefficiency in circulation (eg, a failing heart).

If red blood cells are outside blood vessels, the lesion is a hemorrhage. If blood constituents clot within a vessel, the lesion is a thrombus; the process is thrombosis. Thrombi occur because of injury to vessel linings, turbulent flow or slow flow and often occur on the heart valves of animals during a generalized bacterial infection. An infarct, necrosis of a segment of tissue through obstruction of blood flow (thrombosis), often occurs in organs having limited collateral circulation (eg, heart, kidney).

Inflammation

Inflammation, the body’s response to injury, involves tissue and blood cells. Injured tissues release chemicals which initiate inflammation and bring white blood cells to the site to overcome an invading agent or remove injured tissue. The white blood cells (leukocytes, including neutrophils and macrophages) are able to eat up (phagocytose) invading agents and debris, although many die in the process. The fluids and cells which accumulate are called exudate. Inflammatory exudates differ according to the cause and the tissue affected. Inflammations which occur rapidly are acute; those occurring gradually, subacute; those which are prolonged, chronic.

Some exudates are mainly fluid (eg, a «running nose,» serous exudate); some induce mucus (eg, in bronchi, catarrhal exudate); some induce fibrin formation in blood leaked from damaged vessels (fibrinous exudate). Pus results from a predominance of neutrophils in the exudate (purulent exudate) and, if confined in tissue, is called an abscess. A prolonged battle with a stubborn agent causes macrophages or, sometimes, giant cells to predominate and connective tissue to form, in an effort to confine the lesion. A scar may be the long-term evidence of an inflammation.

Growth Disturbances

Cells may decrease in size and number in a tissue, a process called atrophy. Hypertrophy is enlargement of existing cells; hyperplasia is an increase in number. Defects in tissue and organ formation are called anomalies. Parts may be absent (agenesis), incomplete (hypoplasia) or present but too small. Cancer is a growth disturbance which allows groups of cells to proliferate, sometimes in an uncontrolled manner. It occurs in all tissues and organs in humans, in wild and domestic animals and lower species, and in individuals of all ages, including the unborn.

Causes include irradiation, viruses, chemicals, genetic abnormalities, etc. Carcinogenic agents cause groups of cells to lose their growth-control mechanisms and to proliferate abnormally. Cancers may expand as a solitary mass, infiltrate a tissue or organ, spread in the blood to other organs or implant on internal body surfaces. Tumours are common in animals, particularly poultry, cats, cattle, mice, rats and dogs. Many are known to be caused by viruses and are used to study mechanisms of cancer development in humans.

The world of animals is not only amazing but also mysterious, at the same time. As can be seen, there are many different species with their own characteristics. Hence, animals vocabulary is very important in English. As an illustration, Can you guess one of the first things that parents usually teach their babies? Of course, it’s animals name in English.

But how many words about animals name in English do you know? Thus, read on to test your animals vocabulary and learn something you have not already known!

For this reason, here’s a tip for you. In order to look up new words and study them easily and effectively, you can try out the exceptional eJOY eXtension.

How to learn animals name in English with the eJOY eXtension?

  • First, you need to install the eJOY eXtension in your browsers. As a matter of fact, the eJOY eXtension is available for Google Chrome

Download eJOY eXtension free here

  • Second, select any word/ phrase you’d like to. Furthermore, eJOY eXtension will show its meaning and related information at once. Moreover, you can tap the little blue button Add to save the word in your own digital notebook.
  • And there’s the fact that eJOY eXtension will save a word’s meaning in contexts. Moreover, you can also revise new words with the help of eJOY’s game centre.

Having installed the eJOY eXtension, what should you do next? Let’s start learning animals name in English! What are you waiting for?

Animals name in English – Section 1: Mammals

Từ vựng tiếng Anh về động vật Bear noun UK /beər/ US /ber/
a large, heavy, mammal that walks on the soles of its feet, with thick fur and a very short tail.

Example: In contrast, campers are warned that food will attract bears.
animals name in english Buffalo noun UK /ˈbʌf.ə.ləʊ/ US /ˈbʌf.ə.loʊ/
a large animal of the cattle family, with long, curved horns.

Example: In brief, some American Indians ate buffalo meat because many buffalo lived near them.
animals name in english Cat noun UK /kæt/ US /kæt/
a small animal with fur, four legs, a tail, and claws, usually kept as a pet or for catching mice.

Example: To put it another way, I usually feed the neighbour’s cat while she’s away.
animals name in english Deer noun UK /dɪər/ US /dɪr/
A hoofed grazing or browsing animal, with branched bony antlers that are shed annually and typically borne only by the male.

Example: As can be seen, this collection allows visitors to view more than a thousand different animals, including a remarkably significant number of deer.
animals name in english Dog noun UK /dɒɡ/ US /dɑːɡ/
a common animal with four legs, especially kept by people as a pet or to hunt or guard things.

Example: For example, we could hear dogs barking in the distance.
animals name in english Dolphin noun UK /ˈdɒl.fɪn/ US /ˈdɑːl.fɪn/
a sea mammal that is large, smooth, and grey, with a long, pointed mouth

Example: In particular, by studying dolphins, people are able to build submarines to stay under the ocean for a long time.
animals name in english Elephant noun UK /ˈel.ɪ.fənt/ US /ˈel.ə.fənt/
a very large grey mammal that has a trunk (long nose) with which it can pick things up.

Example: In contrast, in the past eight years, the elephant population in Africa has been halved.
animals name in english Horse noun UK /hɔːs/ US /hɔːrs/
a large animal with four legs that people ride on or use for carrying things or pulling vehicles.

Example: For this reason, a total of 21 horses were entered for the race.
animals name in english Kangaroo noun UK /ˌkæŋ.ɡərˈuː/ US /ˌkæŋ.ɡəˈruː/
a large Australian mammal with a long stiff tail, short front legs and long powerful back legs on which it moves by jumping.Example: Consequently, the kangaroo is the national animal of Australia.
animals name in english Panda noun UK /ˈpæn.də/ US /ˈpæn.də/
a large, black and white mammal that lives in forests in China. Pandas eat bamboo.

Example: Hence, by 2014, the panda population in China has shrunk significantly.
animals name in english Sheep noun UK /ʃiːp/ US /ʃiːp/
a farm animal with thick wool that eats grass and is kept for its wool, skin, and meat:

Example: However, they used dogs to drive the sheep into a pen.

In brief, let’s watch this video to review what you’ve just learned. Furthermore, you can also click on subtitles to look up any words you’d like to. Of course, with the eJOY eXtension, you are able to do that while watching videos.

Animals name in English – Section 2: Birds

animals name in english Chicken noun UK /ˈtʃɪk.ɪn/ US /ˈtʃɪk.ɪn/
a type of bird kept on a farm for its eggs or its meat, or the meat of this bird that is cooked and eaten.

Example: In contrast, we’re having fried chicken for dinner.
animals name in english Dove noun UK /dʌv/ US /dʌv/
a white or grey bird, often used as a symbol of peace

Example: As a result, people breed doves for a wide variety of purposes.
animals name in english Duck noun UK /dʌk/ US /dʌk/
a bird that lives by water and has webbed feet (= feet with skin between the toes), a short neck, and a large beak.

Example: In contrast, we will have a duck for tomorrow’s dinner.
animals name in english Eagle noun UK /ˈiː.ɡəl/ US /ˈiː.ɡəl/
a large, strong bird with a curved beak that eats meat and can see very well.

Example: For this reason, eagles are one of the largest and strongest birds in the world.
animals name in english Falcon noun UK /ˈfɒl.kən/ US /ˈfɑːl.kən/
a bird with pointed wings and a long tail, that can be trained to hunt other birds and small animals

Example: Hence, he glanced about and saw David coming with a falcon on his hand.
animals name in english Hawk noun UK /hɔːk/ US /hɑːk/
a type of large bird that catches small birds and animals for food

Example: To clarify, the hawk is looking for foods.
animals name in english Mockingbird noun UK /ˈmɒk.ɪŋ.bɜːd/ US /ˈmɑː.kɪŋ.bɝːd/
a North American bird that copies the sounds made by other birds

Example: In this case, mockingbirds are best known for the habit of mimicking the sounds of other species.
animals name in english Owl noun UK /aʊl/ US /aʊl/
a bird with a flat face and large eyes that hunts small mammals at night

Example: With this in mind, the owl is a predatory bird which kills its prey with its claws.
animals name in english Parrot noun UK /ˈpær.ət/ US /ˈper.ət/
a tropical bird with a curved beak, often kept as a pet and trained to copy the human voice.

Example: At the same time, Lara liked the parrots at the zoo.
animals name in english Swan noun UK /swɒn/ US /swɑːn/
a large, usually white bird with a long neck that lives on rivers and lakes.

Example: Nonetheless, we took some bread to feed the swans.

Thereupon, fascinated with what you’ve just read? In summary, let’s watch this video to test how much you remember them!

Animals name in English – Section 3: Water animals

animals name in english Dory noun UK /ˈdɔː.ri/ US /ˈdɔːr.i/

a John Dory.

Example: In contrast, people first knew about the Dory fish in the seventeenth century.

animals name in english Eel noun UK /iːl/ US /iːl/

a long, thin, snake-like fish, some types of which are eaten.

Example: Nevertheless, there are several types of eel in the world.

animals name in english Piranha noun UK /pɪˈrɑː.nə/ US /pəˈrɑː.njə/

a dangerous fish that lives in South American rivers, has sharp teeth and eats meat

Example: However, The total number of piranha species is unknown.

animals name in english Salmon noun UK /ˈsæm.ən/ US /ˈsæm.ən/

a medium-sized silver-coloured fish that lives in the sea or rivers and swims up rivers to produce its eggs. Its pink flesh is eaten as a food.

Example: Nonetheless, thousands of young salmon have been killed by pollution.

animals name in english Seahorse noun UK /ˈsiː.hɔːs/ US /ˈsiː.hɔːrs/

a small fish that swims in a vertical position and has a head like that of a horse.

Example: Moreover, a seahorse is a beautiful little animal that lives in the deep waters of the ocean.

animals name in english Shark noun UK /ʃɑːk/ US /ʃɑːrk/

a large fish that has sharp teeth and a pointed fin on its back

Example: Although this might be true, some species of shark are now endangered.

animals name in english Swordfish noun UK /sɔːd.fɪʃ/ US /ˈsɔːrd.fɪʃ/

a large, long fish that is often eaten as food, with a very long pointed part like a beak at the front of its head

Example: In this case, the swordfish depends on its natural abilities in the water to hunt its prey.

animals name in english Trout noun UK  /traʊt/ US /traʊt/

a fish found in both rivers and the sea that is a very popular food

Example: To put it another way, the lake is famous for its trout fishing.

animals name in english Tuna noun UK /ˈtʃuː.nə/ US /ˈtuː.nə/

a large fish that lives in warm seas.

Example: As a result, the tuna is able to migrate across oceans.

To repeat, let’s watch this video to learn how to use these above words in context!

animals name in english Amphibians noun UK /æmˈfɪb.i.ən/ US /æmˈfɪb.i.ən/

an animal, such as a frog, that lives both on land and in water but must produce its eggs in water.

Example: Hence, frogs, like most other amphibians, are attracted by any small moving object and usually attempt to seize it.

animals name in english Domesticated adjective UK /dəˈmes.tɪ.keɪ.tɪd/ US /dəˈmes.tɪ.keɪ.t̬ɪd/

(of animals or plants) brought under human control in order to provide food, power, or company.

Example: As a result, our domesticated chickens are descendants of the wild ones.

animals name in english Feather noun UK /ˈfeð.ər/ US /ˈfeð.ɚ/

one of the many soft, light things that cover a bird’s body, consisting of a long, thin, central part with material like hairs along each side

Example: In short, this type of bird is very expensive because of its feathers.

animals name in english Fur noun UK /fɜːr/ US /fɝː/

the thick hair that covers the bodies of some animals, or the hair-covered skin(s) of animals, removed from their bodies.

Example: In general, I don’t think animals should be killed for their fur.

animals name in english Hoof noun UK /huːf/ US /huːf/

the hard part on the bottom of the feet of animals such as horses, sheep, and deer

Example: In contrast, horses have hooves.

animals name in english Mammal noun UK /ˈmæm.əl/ US /ˈmæm.əl/

any animal of which the female feeds her young on milk from her own body. Most mammals give birth to live young, not eggs.

Example: In other words, humans, dogs, elephants, and dolphins are all mammals, but birds, fish, and crocodiles are not.

animals name in english Reptile noun UK /ˈrep.taɪl/ US /ˈrep.taɪl/

an animal that produces eggs and uses the heat of the sun to keep its blood warm.

Example: For example, there was a fashion for keeping reptiles as pets.

animals name in english Wild adjective UK /waɪld/ US /waɪld/

used to refer to plants or animals that live or grow independently of people, in natural conditions and with natural characteristics.

Example: To clarify, the plants grow in the wild.

To summarise, watch the video below to understand how to use these words.

As a matter of fact, that’s quite a lot of words! But if you don’t practice, these words will go away very quickly. However, don’t worry. For this reason, we’ve got you covered. Below are some exercises we prepared to help you master new vocabulary.

Exercises

Multiple Choice

  1. Which fish looks like a snake?
  • Eel
  • Salmon
  • Shark
  1. Which animal is kept to hunt things?
  • Falcon
  • Reptile
  • Dog
  1. Which animal is used as a symbol of peace?
  • Elephant
  • Piranha
  • Dove
  1. Which animal is the symbol of Australia?
  • Kangaroo
  • Seahorse
  • Trout
  1. Which animal lives in China and eats bamboo?
  • Tuna
  • Panda
  • Dog
  1. Which animal mimics other birds’ sounds?
  • Owl
  • Mockingbird
  • Swordfish
  1. Which animal copies the sound of humans?
  • Parrot
  • Mockingbird
  • Owl
  1. Which animal has a trunk?
  • Elephant
  • Sheep
  • Dolphin
  1. Which animal is kept in order to catch mice?
  • Cat
  • Dog
  • Dory
  1. Which animal lives in South America rivers?
  • Salmon
  • Tuna
  • Piranha

Visual Vocabulary Practice

Choose a photo that has many animals in it. Moreover, try to figure out what their names are in English.

Rearrange letters to create meaningful words

  1. tlpeneha ->
  2. rnapiha ->
  3. irkigcdbmon ->
  4. hespe ->
  5. lgeea ->
  6. arokgnao ->
  7. ilhdpno ->
  8. cehiknc ->
  9. eder ->
  10. evod ->

With this in mind, share your answers with us in the comment section.

So this is the end of our list about animals name in English. Still, if you want to study more topics, then visit eJOY GO. Of course, don’t forget to give our 3000 Smart Words list a try. Of course, I know you think I’m biased. Nevertheless, it’s awesome.

In brief, happy learning and remember to learn vocabulary with the eJOY eXtension.

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