C
Species Profile

Cow

Bos taurus

Grass to milk-nature's recyclers
Cgoodwin / Creative Commons

Cow Distribution

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Invasive Species
Origin Location

This map shows the native origin of the Cow. As a domesticated species, they are now found worldwide.

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Size Comparison

Human 5'8"
Cow 4 ft 7 in

Cow stands at 81% of average human height.

At a Glance

Domesticated
Also Known As Cow, Bull, Ox, Steer, Heifer, Bovine, Beef cattle
Diet Herbivore
Activity Crepuscular+
Lifespan 12 years
Weight 1600 lbs
Status Not Evaluated
Did You Know?

Sex terms are specific: adult female = cow; intact adult male = bull; castrated male = steer; young female (before first calf) = heifer.

Scientific Classification

Domestic cattle are large, domesticated bovines widely kept for milk, meat, hides, and draft work. In common English, “cow” often refers to cattle generally, though strictly it denotes an adult female.

Kingdom
Animalia
Phylum
Chordata
Class
Mammalia
Order
Artiodactyla
Family
Bovidae
Genus
Bos
Species
Bos taurus

Distinguishing Features

  • Large, heavy-bodied hoofed mammal (even-toed ungulate)
  • Cloven hooves; ruminant with a multi-chambered stomach
  • Typically permanent horns in many breeds (or polled = hornless in others)
  • Strong sexual dimorphism and extensive breed variation under domestication

Physical Measurements

Males and females differ in size

Height
4 ft 9 in (3 ft 11 in – 5 ft 7 in)
4 ft 5 in (3 ft 7 in – 5 ft 3 in)
Length
11 ft 12 in (10 ft 6 in – 13 ft 5 in)
Weight
1,764 lbs (992 lbs – 1.2 tons)
1,323 lbs (772 lbs – 1,984 lbs)
Tail Length
3 ft 1 in (2 ft 7 in – 3 ft 7 in)
2 ft 11 in (2 ft 4 in – 3 ft 7 in)
Top Speed
25 mph
About 40 km/h

Appearance

Primary Colors
Secondary Colors
Skin Type Thick, tough mammalian hide covered by short hair; coat density increases in cold seasons. Skin pigmentation varies with coat pattern (pigmented skin often under dark hair; lighter under white patches in many piebald animals).
Distinctive Features
  • Large, deep-bodied ruminant with prominent barrel-shaped abdomen associated with a large rumen; adapted for grazing and foregut fermentation.
  • Adult size varies by breed. Body length about 2.4–3.0 m. Shoulder height about 1.2–1.5 m in females and 1.35–1.65 m in males. Cows ~450–750 kg; bulls ~600–1,100 kg. Some breeds can be larger.
  • Cloven (split) hooves with two principal digits; dewclaws present higher on the distal limb.
  • Head typically broad with a moist, hairless-to-sparsely-haired nasal planum (nose leather) and large lateral eyes; ears medium-sized, varying by breed.
  • Horns may be present (horned breeds) or absent due to genetics (polled) or management (dehorning); horn shape/length highly variable by breed and husbandry.
  • Long tail ending in a distinct tuft of coarse hair used in fly-swatting; mane/crest may be more evident in males of some breeds.
  • Marked human association: many individuals show halter/rope wear patterns, hoof trimming, branding/ear tags, and selective grooming/clipping depending on management system (appearance effects of domestication).
  • Cattle can live around 20 years with good care, but in intensive farming they often have shorter lives; exact lifespan varies by breed and how they are managed.

Sexual Dimorphism

Sexual dimorphism is usually evident in body size and neck/forequarter musculature. Terminology is sex- and age-specific: adult female = cow; adult intact male = bull; castrated male = steer (or ox when trained for draft); young female = heifer.

  • Generally larger and heavier than females within the same breed; thicker neck and more developed forequarters/crest.
  • Broader head; in horned populations, horns often thicker/heavier at the base (degree varies by breed and management).
  • External genitalia (scrotum) visible; brisket and dewlap can appear more robust in many bulls.
  • Generally smaller/lighter than males within the same breed; less pronounced neck crest.
  • Developed mammary gland/udder with four teats; udder size and shape strongly influenced by dairy selection and lactation stage.
  • In horned populations, horns may be slimmer/shorter on average (highly variable by breed and husbandry).

Did You Know?

Sex terms are specific: adult female = cow; intact adult male = bull; castrated male = steer; young female (before first calf) = heifer.

Cattle are ruminants with a 4-compartment stomach (rumen, reticulum, omasum, abomasum) that lets them turn grass into milk and meat.

Gestation averages ~283 days (commonly reported range ~279-287 days in veterinary references).

Adult size varies widely by breed: many cows are ~450-750 kg, while many bulls are ~800-1,100+ kg; specialized breeds can fall outside these ranges.

A healthy adult can drink roughly 30-60+ liters of water per day (higher in heat or lactation), and daily intake strongly tracks feed type and milk yield.

Cattle have near-panoramic vision (large lateral eyes) and strong herd awareness, which shapes how they move and respond to handling.

Unique Adaptations

  • Foregut fermentation: the rumen hosts dense microbial communities that digest cellulose and produce volatile fatty acids (VFAs)-the animal's main energy source.
  • Eructation (belching) as physiology: fermentation gases must be expelled; failure to do so can cause bloat, a major management concern in grazing systems.
  • Split hooves (cloven ungulate): two main weight-bearing digits provide stability on soft ground and help long-distance walking while grazing.
  • Efficient low-quality forage use: compared with many non-ruminants, cattle can maintain body condition on high-fiber diets by extracting energy via fermentation.
  • Wide field of view: laterally placed eyes support predator detection while head-down grazing; handling systems leverage this by using curved chutes and calm movement.
  • Milk specialization by breed: dairy lines (e.g., Holstein) are selected for high lactation output; beef lines (e.g., Angus) for muscle and carcass traits-illustrating extreme within-species diversity under domestication.

Interesting Behaviors

  • Rumination ("chewing cud"): after grazing, cattle regurgitate partially fermented feed to re-chew it, improving particle breakdown and microbial digestion.
  • Herd synchronization: grazing, resting, and moving often happen in coordinated waves; individuals gain safety and information by staying with the group.
  • Allogrooming: cattle lick and groom herd-mates, reinforcing social bonds and reducing ectoparasites; it's common around the head/neck where self-grooming is harder.
  • Maternal behavior: cows typically isolate briefly to calve, then show strong dam-calf bonding; calves stand and nurse soon after birth when conditions allow.
  • Estrus signaling: cows in heat may show increased activity, restlessness, mounting/standing-to-be-mounted, and vocalizing-key cues used in breeding management.
  • Dominance spacing at feed/water: cattle establish social rank that affects access; feed-bunk design and stocking density strongly influence conflict.
  • Thermoregulatory choices: in heat they seek shade, increase respiration, reduce activity, and shift grazing toward cooler hours (dawn/dusk).

Cultural Significance

Bos taurus has long helped people pull plows and carts and given milk, butter, cheese, meat, hides, and dung. Cattle shape wealth (Maasai, Dinka), are often protected in Hindu practice, symbolize steady work (ox, Chinese zodiac), and affect laws and words.

Myths & Legends

Hindu tradition tells of Kamadhenu (or Surabhi), the wish-fulfilling divine cow who emerged in cosmic events and became a symbol of abundance and sacred generosity.

In ancient Egypt, the Apis bull was revered as a living manifestation associated with Ptah (and later Osiris); specific bulls were selected, venerated, and ritually honored as sacred.

Egyptian mythology also centers on Hathor, a major goddess often depicted as a cow or a woman with cow horns and a solar disk, linked to motherhood, fertility, and protection.

Norse myth describes the primeval cow Audhumla, whose milk nourished the giant Ymir; as she licked salty ice, she revealed Buri, ancestor of the gods-casting the cow as a cosmic life-giver.

In Greek myth, Zeus appears as a magnificent bull to carry off Europa; the story connects the bull with power, kingship, and the naming of the continent Europe.

Irish epic tradition in the Tain Bo Cuailnge ("The Cattle Raid of Cooley") treats prized bulls and cattle wealth as causes of war and heroism, reflecting cattle's historic economic and symbolic value.

Maasai and related East African pastoral origin stories tell that cattle were a divine gift from Enkai/Engai to the Maasai people, grounding cattle-keeping in sacred ancestry and identity.

Conservation Status

NE Not Evaluated

Has not yet been evaluated against the criteria.

Population Stable

Life Cycle

Birth 1 calf
Lifespan 12 years

Lifespan

In the Wild
8–20 years
In Captivity
15–25 years

Reproduction

Mating System Polygyny
Social Structure Managed Domestic
Breeding Pattern Transient
Fertilization Managed Selective
Birth Type Internal_fertilization

Domestic cattle (Bos taurus) are polygynous: one bull mates with many cows. Humans usually control breeding (managed groups or artificial insemination). Cows cycle year-round about 21 days, estrus ~12–18 hours, gestation about 283 days.

Behavior & Ecology

Social Herd Group: 50
Activity Crepuscular, Diurnal, Cathemeral
Diet Herbivore High-quality fresh pasture (especially leafy grasses and legumes such as perennial ryegrass and clover).

Temperament

Generally docile toward familiar humans with calm, consistent handling, but shows strong flight/avoidance responses to novelty, rough handling, or aversive facilities (handling history is a major driver of 'reactivity').
Clear dominance-related behavior (threats, displacement at feed/water, head lowering) with comparatively low overt fighting in stable groups; instability (mixing unfamiliar cattle, competition at feeders) increases agonistic interactions (reviewed in Phillips 2002).
Maternal defensiveness is common in cows with young calves (risk elevated immediately postpartum), with individual and breed variation.
High social motivation: distress and increased calling/locomotion can occur with social separation; cattle preferentially associate with familiar partners, consistent with long-term social memory (e.g., Sarova et al. 2010, *Applied Animal Behaviour Science*).
Domestic cattle (Bos taurus) often live about 15–20 years with low-intensity care. In commercial farms their productive lives are shorter, and many are culled based on management needs.

Communication

Lowing/mooing: contact calls used to maintain social contact; rates often increase with separation, handling stress, or hunger/thirst Reviewed in Phillips 2002
Bellowing: higher-intensity calls associated with arousal E.g., restraint, isolation) and can occur in reproductive contexts (estrus-associated arousal
Grunts: short-range social signals during close interactions Affiliative or mild agonistic contexts
Snorts/blows: abrupt expiratory sounds associated with alerting/arousal and sometimes low-level threat.
Olfactory: individual and reproductive-status assessment via sniffing Urine/feces/anogenital), including flehmen-like responses especially in males; olfaction is central to estrus detection (reviewed in Fraser & Broom 1990; Phillips 2002
Tactile: allogrooming Social licking) functions in affiliation/tension reduction and is biased toward preferred partners; also used in cow-calf bonding (Sarova et al. 2010; Phillips 2002
Visual/postural: head lowering, horn/forehead presentation, lateral threats, ear and tail carriage, and body orientation used in dominance and spacing; displacement often occurs without physical contact in stable groups Phillips 2002
Proximity/synchrony: movement and activity synchronization Grazing/lying bouts) serves as a social coordination signal within herds; subgrouping varies with stocking density, resource distribution, and thermal conditions (Phillips 2002

Habitat

Biomes:
Temperate Grassland Savanna Tropical Dry Forest Mediterranean Temperate Forest Boreal Forest (Taiga) Alpine Wetland Desert Hot Desert Cold +4
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine +2
Elevation: Up to 14763 ft 9 in

Ecological Role

Large-bodied primary consumer (grazing herbivore) and ecosystem engineer in managed and semi-natural grasslands; converts fibrous plant biomass into animal biomass and dung/urine, strongly influencing plant community composition and nutrient flows.

Nutrient cycling via dung and urine deposition, enhancing soil N and P redistribution at patch scales (Van Soest, 1994) Vegetation structure control through grazing pressure, maintaining open grassland swards and reducing shrub encroachment where stocking is managed Seed dispersal of some pasture and ruderal plants via endozoochory (seeds surviving passage) and epizoochory (seed attachment to hair), depending on species and management Creation of habitat heterogeneity (grazing lawns, trampled patches) that can increase structural diversity for some grassland organisms Supports detritivore and coprophagous food webs (dung beetles, flies, microbes) through dung production

Diet Details

Other Foods:
Grasses Legumes Forbs and herbaceous pasture plants Shrub leaves Conserved forage Crop residues Mineral lick +1

Human Interaction

Domestication Status

Domesticated

Domestic cattle (Bos taurus) come from the extinct aurochs (Bos primigenius). They were first domesticated in the Fertile Crescent/Upper Mesopotamia about 10,500 years ago and spread to Europe, North Africa, then worldwide through trade and colonization. People bred many dairy, beef and draught breeds. Cattle are kept in barns, feedlots, ranches, farms, shows, work roles, and for conservation; crossbreeding occurs.

Danger Level

High
  • Traumatic injury due to mass and strength: kicks, crushing against fences/walls, trampling, head-butting; risk elevated during handling, transport, restraint, and when protecting calves.
  • Zoonotic and foodborne pathogens associated with cattle and their environments/products: Shiga toxin-producing Escherichia coli (e.g., O157:H7), Salmonella spp., Campylobacter spp.; occupational exposure via feces, hides, and contaminated environments.
  • Zoonoses of husbandry relevance in some regions: Brucella abortus (brucellosis; controlled/eradicated in many countries but not all), Mycobacterium bovis (bovine tuberculosis; regionally variable), Coxiella burnetii (Q fever).
  • Allergic and respiratory risks in high-exposure settings (barn dust, dander, ammonia) for workers.

As a Pet

Not Suitable as Pet

Legality: Legality varies by place. Domestic cattle (Bos taurus) are usually allowed in rural or farm zones but often banned in cities and suburbs by zoning, lot-size and animal limits. Permits, ID (ear tags), transport and disease rules may still apply.

Care Level: Expert Only

Purchase Cost: $150 - $3,000
Lifetime Cost: $12,000 - $60,000

Economic Value

Uses:
Food production (milk, meat) Fiber/industrial materials (hide/leather, gelatin/collagen) Agricultural labor (draft/traction in some systems) Manure/fertilizer and biogas feedstock Biomedical/research and pharmaceuticals (e.g., bovine serum; collagen/gelatin inputs) Cultural and recreational (shows, heritage breeds, agrotourism)
Products:
  • milk and dairy products (fluid milk, cheese, yogurt, butter)
  • beef/veal and edible offal
  • hides/leather
  • tallow and rendered fats
  • gelatin/collagen (food and industrial uses)
  • manure (fertilizer; methane/biogas substrate)
  • draft power (oxen in some regions)

Relationships

Cow Breeds

12

Explore 12 recognized breeds of cow

Beef (5)

Angus Origin: Scotland
Hereford Origin: England (Herefordshire)
Charolais Origin: France
Limousin Origin: France (Limousin)
Brahman Origin: United States (developed from Bos indicus lines from India)

Dairy (5)

Holstein-Friesian Origin: Netherlands & Germany (Friesland/Holstein regions)
Jersey Origin: Jersey (Channel Islands)
Guernsey Origin: Guernsey (Channel Islands)
Brown Swiss Origin: Switzerland
Ayrshire Origin: Scotland (Ayrshire)

Dual Purpose (2)

Simmental Origin: Switzerland (Simme Valley)
Shorthorn Origin: United Kingdom (northern England/Scotland)

“…roughly one cow for every seven humans on earth…”

Cows are animals that are found all over the world. They were domesticated by humans over 10,000 years ago for work, dairy, meat, and more. However, scientists are still learning much about their complex brains and emotions. These gentle giants range from 700 lbs, to as big as a car, with some having long horns, humps on their backs, colorful patterns, or other incredible traits! While technically a ‘cow’ only refers to a female, the term is often used to describe any animal of the species regardless of gender. The technically correct term for a group of animals in this species is ‘cattle’. 

Cow Facts

  • The largest cows grow to almost two tons, as big as a car!
  • Cows are the second-largest type of livestock in the world, by number!
  • A cow can produce over seven gallons of milk per day!
  • Cows are sacred in parts of India and slaughtering a cow there is often banned.

Check out more incredible facts about cows.

Cow looking into camera

Cows are the second-largest type of livestock in the world, by number!

Scientific Name, History, and Evolution

The scientific name for a cow is Bos taurus. Bos Taurus is the largest in the category of bovinae. Two major subspecies of cow are the indicus and the taurus (or Bos taurus taurus). Indicus traces its roots to southern Asia, particularly modern-day India. Meanwhile, the taurus traces its origins to Europe.

The predecessor to modern-day cows was the auroch. The auroch was an undomesticated bovine that lived in what is now Turkey and Pakistan. As cows were domesticated, they were interbred and soon started to spread across different civilizations. Researchers have found that the genetics of cattle brought to the Americas during Spanish colonization have traces of serval different bovine lineages, showing the historical mixing of breeds from African cows and European cows.

The predecessor to modern-day cows was the wild auroch.

Appearance and Behavior

Cows are animals that come in a wide array of breeds, colors, sizes, and even shapes! Standing on four legs with hooved feet, the average adult cow weighs a little less than a small car–about 1,500 pounds. This varies depending on breed, ranging from the Chianina cow, which grows to over 3,700 pounds, to the Dexter cow, which tops out at about 750 pounds. These breeds stand six feet and three feet tall at the shoulder, respectively.

Most cows have a thin layer of bristly hair, but certain breeds have longer hair. These skin and hair combinations come with a number of distinct patterns. The holstein is the most well-known style, with irregular black and white shapes, with a strip of white between the eyes. A “red” holstein has brown or reddish brown patches in place of the black. Angus cows are black from head to tail. The Highland cow features long, shaggy, brownish-red hair. Though there are hundreds, if not thousands, of breeds with different markings, most feature variations on gray, brown, black, and white hides.

Indicus cows of any breed have another feature: a “hump.” This protrusion on the back of these cows’ necks is the easiest way to tell them from taurus cows.

Almost all cows have horns. These range in length and shape across breeds. Sticking almost straight out to the sides from its head and reaching roughly three feet long each, the horns on a Texas Longhorn cow are easy to spot. In fact, a Texas longhorn holds the Guinness World Record for cow horn length, measuring over ten feet long from one tip to another. Meanwhile, a Brahman cow has roughly six-inch-long horns that point up and back from its head. The English longhorn can have horns that point mostly downward, curving similarly to a sheep’s horns.

A group of cows is called a kine. And a group of cattle is a herd. Check out this article to learn more about group cow names and how they function.

Dairy Cows Staring At Camera
Cows are animals that come in a wide array of breeds, colors, and sizes.

Types of Cows and Cattle

There are over 250 different types of cows throughout the globe, and American ranchers alone have around 80 breeds in which to access.

Here are some of the top cow breeds:

  • Angus Cow – The Angus Cow, also known as “Aberdeen Angus”, is the most common beef cattle breed in the United States. There are more than 330,000 registered Black Angus cows. One reason the breed is so popular is the characteristics of its meat, which are marketed as yielding meat with a rich flavor and plenty of marbling. Another positive aspect of this breed is that they are pretty self-sufficient as calves. These cows are also great at being mothers as well.
  • Belted Galloway Cow– The Belted Galloway Cow, also known as “Oreo Cattle”, is aptly named because of its white stripe surrounded by their black head and rump. While mostly sought out for their coloration, they do make quality beef that is lean.
  • Brahman Cow – The Brahman Cow hails from India and is actually the world’s most numerous cow breed. They stand out because of their protruding hump over their shoulders. They also have extra skin under their throat area for warmth.
  • Charolais – The Charolais Cow originally comes from France. They have a light-colored coat, and they are raised for drafting purposes, like fieldwork, but also for milk and beef. They are known for being hardy and withstanding cooler conditions.
  • Dexter – The Dexter Cow hails from Ireland and is one of the smaller versions of the cow. They are valued because of their gentle nature and size which requires less acreage to manage. Furthermore, they provide the most milk per pound than other cattle breeds.
  • English Longhorn – The English Longhorn Cattle is a multipurpose cattle breed that is known to be easy to raise and is in use as a work animal as well as beef and dairy. Also known as the British Longhorn. This breed’s origin is in Craven, England, during the 1700s, and was primarily in use as a draught animal (or a work animal). The breed is found nearly everywhere on the planet now and is known for its extended horns on both sides of its head.
  • FleckviehFleckvieh Cattle serve a dual purpose and are raised for their meat and milk production. They became popular in the 19th century and originated in Austria, but now can be found all across Europe, the USA, and certain parts of South America. These cattle result from cross-breeding native stock with Simmental cattle native to Switzerland around the 1830s. Simmental cattle are known for producing top-quality milk and meat. In addition, they are highly immune to diseases, making them a desirable breed.
  • Gelbvieh – The Gelbvieh Cow comes from Bavaria, Germany, and was used for all-around purposes. Via artificial insemination, they were incorporated into American cattle in the 1970s for their strong birthing and mothering qualities.
  • Hereford – Hereford Cows can be found worldwide in a variety of climates, which makes them a popular breed. They are, after all, a highly adaptable breed of cow. In the U.S., Herefords were popular because they matured early and fattened well. It’s common to hear that Herefords are docile, easy to breed, milk well, and are also very dependable mothers.
  • Holstein – Holstein Cows are black and white, and they probably come to mind when you think of stereotypical cows. This breed is known as the Holstein Friesian. The reason this breed is so popular is that it is often used in advertisements for dairy products. There is plenty of high-quality milk produced consistently by these cows. Because of this, they are generally kept as dairy cows in order to continue producing milk.
  • Limousin – The Limousin Cow is an ancient breed of cow that can even be seen in prehistoric paintings on cave walls that date back tens of thousands of years. These cows come from France originally and have a reddish and golden hue to their hair. They now are plentiful in American and Canadian ranches.
  • LinebackLineback Cattle are named after the line that goes down the middle of their back, the lineback cattle or Randall lineback cattle is a critically endangered rare breed of cattle that is currently being conserved in the United States to prevent extinction. Like most other cattle breeds, they are used for dairy and beef and are generally low maintenance. It is easy to spot lineback cattle due to the thick white line going down their back.
  • Nelore – The Nelore Cattle breed descended from the Ongole cattle breed which was originally from India. Their main use is meat and milk production, as well as riding animals and draught. Nelore is a widespread breed, accounting for more than half of the world’s total bovine beef-producing population. This breed is not just sought after for its tasty beef, but also for its hardiness, resistance to extreme heat, insects, bloat, and prolific reproductive life as well.
  • NguniNguni Cattle are native to the Southern region of Africa. They are widely known and revered for their eye-catching speckled and multi-patterned hides. This cattle breed is also known for its good temperament and ability to withstand harsh climate conditions. Nguni cattle originated as a hybrid of various Indian and European breeds. They are sought after for their excellent natural immunity to tick-borne diseases.
  • Piedmontese – The Piedmontese Cow are well known for their exceptional muscular genetics. They build muscle mass faster than other breeds. They are also hardy and resistant to many diseases. They orgininated thousands and thousands of years ago in Italy and were the product from breeding two ancient types of cattle: the Pakistani Zebu and the European Auroch. They have since been incorporated on American ranches and are an important source for many cheeses from Italy.
  • Red Angus – The Red Angus Cow is originally a Scottish breed and a product from red English longhorns being bred with black Angus cows. The goal was to create work animals. Only a few of the resulting offspring were red. Eventually American ranchers saught to breed red offspring together in order to strengthen the Red Angus breed into what it is today.
  • Scottish Highland – The Scottish Highland Cow originally hails from the high elevations of the scenic Scottish Highlands, this breed is now raised worldwide for meat production. Judging by its behavior and physical characteristics, it is very much a quintessential cattle breed. But the Highland cattle also has many distinct features, including its sturdy constitution and incredibly long hair.
  • Shorthorn – The Shorthorn Cow comes from the Brittish Isles and is also known as Durham cattle. This was a popular breed for early American settlers because they are known to be very manageable, long-lived, and easy to breed. All of those qualities help them become the cattle of choice for early Americans who needed cows as work animals and for dairy and meat production. Some are naturally polled, and some are horned.
  • Simmental – The Simmental Cow. Among all breeds of cattle, the Simmental is one of the oldest and most widely distributed. American beef farmers have been benefitting from the introduction of these red and white cattle since the late 19th century. Having a large body frame, they require little help during calving season and can gain weight quickly.
  • SenepolThe Senepol Cow is a specially created breed from St. Croix, one of the U.S. Virgin Islands. Breeders created them by selectively breeding N’Dama cattle from Senegal and the British red poll cattle from the island. It is no difficult task to identify these animals. Their unique red color and lack of horns, among many other desirable, qualities. Breeders rear Senepol cattle for their top-notch milk and meat production. They happen to be one of the most sought-after cattle breeds.
  • Texas Longhorn – The Texas Longhorn is one of the most iconic animals in America. These mammoths developed to be hardy, rugged, and parasite and disease-resistant in the American West being able to sustain themselves on rougher plant life than many other breeds of cattle. Through overzealous crossbreeding, they were almost wiped out by ranchers around the turn of the 20th century, but the longhorn population has since recovered.
  • Watusi – The Watusi Cow, known as “African Ankole-Watusi”, comes from the Nile Valley and dates back its roots over 5,000 years ago. These are known for their strikingly large horns and can be seen on ancient drawings from Egypt. Naturally, the Watusi breed can thrive in warm environments, and their horns actually aid the cattle by cooling down their blood through increased circulation.
  • Welsh BlackWelsh Black is one of the oldest breeds in the United Kingdom and existed in pre-Roman Britain. For approximately 1,000 years, Welsh black cattle have been bred in Britain and Wales for dairy and beef production. There were two main types of this breed: the Northern, known for their beef, and the Southern, known for dairy. Welsh black cattle, as they are known today, are a combination of the Northern and Southern breeds and are best suited for beef production.
  • Wagyu – The most valuable cattle today is probably the Wagyu Cattle. Their beef has a unique taste and unparalleled marbling content. It is sought after in hihg-end restaurants around the world. There are four types of Wagyu breeds: Japanese polled, Japanese shorthorn, Japanese brown, and finally Japanese black being the most common in Japan.What Do Wagyu Cows Eat? 15+ Foods They Consume

Intellect and Emotion

Recent research has found that cows are really smart, complex animals! They can learn, have memories, figure things out, and can even tell one cow from another. They have personalities too, with scientists documenting cows who are bold, shy, playful, and other traits.

Cows also show emotion. When they’re scared or anxious one can see more of the whites of their eyes, such as when a mother is separated from her calf. In addition, their ears will hang more loosely when they’re feeling o.k. Their mood can also be affected by the mood of other cows, what scientists call “emotional contagion.” For example, a cow might eat less or act more anxious, simply because other cows in the herd are scared or hurt.

The mood of cows can be affected by the mood of other cows, which scientists call “emotional contagion.”

Habitat

Cows are animals that can survive in many climates and places. The indicus subspecies are better suited to tropical environments, while taurus cows can survive easily in winter climates. In general, cows need access to a wide range of space, so they can graze on grasses. Whether in the mountains, jungle, or wide open plains, cows can adapt to many different environments.

Diet

Cows are herbivores, which means they eat grass and other plants. Cows can eat a wide range of tough grasses thanks to their very unique way of eating. A cow will first bite plants or grass and swallow them unchewed. This unchewed food goes into its first stomach until later. When the cow finds a quiet place, it will begin to vomit the plants back into its mouth. This vomit is called “cud,” and the cow will chew the cud down into smaller pieces for further digestion.

Cows eat grass, barley, grains, and canola meal.

Predators and Threats

Cow predators include dogs, coyotes, bobcats, and similar animals. Because most cows are on farms, the threat of predators is typically small. In the United States, for example, only two percent of all farm cow deaths were the result of predators. Most of those predators were dogs, followed by coyotes.

The bigger threat to cows comes from disease. Because cows move in herds, one sick cow can quickly infect others. Depending on the type of infection, this can cause big problems. For example, some worry about a return of Foot and Mouth Disease (FMD). FMD doesn’t affect humans but can wreak havoc on cows. FMD is spread easily for miles, and can quickly infect a whole herd.

Governments take cow diseases very seriously. In 2003, reports that some U.S. cattle were infected with a disease called “mad cow disease” resulted in governments not allowing U.S. beef in their countries. This costs beef farmers roughly $11 billion in lost sales.

Fleckvieh Cattle

Fleckvieh cattle are typically social animals that live in herds. The reasons behind this behavior is protection from predators and working together to find water and food.

Reproduction, Babies, and Lifespan

Cows begin their life after a nine-month pregnancy. Following a live birth, the baby, known as a calf, will nurse for a few months before weaning. The baby can typically walk shortly after birth. It will take about one to two years for a cow to grow to the point that it can start having babies of its own. Cows typically have one baby at a time.

Most farm cows are bred artificially–that is, a sperm is implanted in the cow. This helps farmers to avoid certain genetic problems.

As an adult, a cow will give birth to a single calf once every two years or so. Though the natural lifespan of a cow can go over twenty years, most cows don’t live too much beyond ten years. This is because the majority of cows are part of a farming operation, and after a few years of milk production, cows are typically then tagged for meat processing.

Irish moiled cow and calf

The baby calf can typically walk shortly after birth, and it will take about one to two years for a cow to grow to the point that it can start having babies of its own

Population

Numbering over 1.4 billion, there’s roughly one cow for every seven humans on earth. This makes cows and cattle the second most abundant farm animal in the world. Though there are select areas of wild cows, the majority of bos taurus are domesticated. This means they were raised to live on a farm.

Though cows in general are not at risk, certain breeds are significantly less common than others. Various conservation groups work to retain rare breeds of cows, such as the Dexter.

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Krava
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Cattle
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Bovinos
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פרה
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Bos taurus
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Chinese
家牛

Sources

  1. David Burnie, Dorling Kindersley (2011) Animal, The Definitive Visual Guide To The World's Wildlife / Accessed November 5, 2008
  2. Tom Jackson, Lorenz Books (2007) The World Encyclopedia Of Animals / Accessed November 5, 2008
  3. David Burnie, Kingfisher (2011) The Kingfisher Animal Encyclopedia / Accessed November 5, 2008
  4. Richard Mackay, University of California Press (2009) The Atlas Of Endangered Species / Accessed November 5, 2008
  5. David Burnie, Dorling Kindersley (2008) Illustrated Encyclopedia Of Animals / Accessed November 5, 2008
  6. Dorling Kindersley (2006) Dorling Kindersley Encyclopedia Of Animals / Accessed November 5, 2008
  7. David W. Macdonald, Oxford University Press (2010) The Encyclopedia Of Mammals / Accessed November 5, 2008
Heather Ross

About the Author

Heather Ross

Heather Ross is a secondary English teacher and mother of 2 humans, 2 tuxedo cats, and a golden doodle. In between taking the kids to soccer practice and grading papers, she enjoys reading and writing about all the animals!

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Cow FAQs (Frequently Asked Questions)

The main difference between bison and cows is their size. Bison have a large hump on their back, massive heads, and a neck that blends in with their bodies. By contrast, cows are smaller and have a much more distinct neck and wider midsection.