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Cattle

life science Maturity 7-9 Vital Level 3

Cattle are large animals.

Stier Charolais Linnenbach.JPG
Stier Charolais Linnenbach.JPG
They live on farms. We get milk from them. We also get meat. They help us in many ways.
Traditional ploughing - Karnataka (cropped).jpg
Traditional ploughing - Karnataka (cropped).jpg
Do you like cows?

33 words

Cattle are very large animals.

Stier Charolais Linnenbach.JPG
Stier Charolais Linnenbach.JPG
Adult females are called cows. Adult males are called bulls.
Oman bullfighting (2).jpg
Oman bullfighting (2).jpg
Bulls are often much bigger than cows.

These animals have special stomachs. They eat plants like grass. They swallow food without chewing it first. Then, they bring the food back up. They chew it again to make it small.

Cattle have two toes on each foot. They also have horns. Some cattle have horns, but some do not.

Cattle can be many colors. They can be black or white. Some are red or brown. Some even have spots.

People keep cattle for many reasons. We get milk and meat from them. Some cattle help pull heavy carts.

Traditional ploughing - Karnataka (cropped).jpg
Traditional ploughing - Karnataka (cropped).jpg
They are amazing animals.

123 words

Cattle are large animals kept by people.

Stier Charolais Linnenbach.JPG
Stier Charolais Linnenbach.JPG
Adult females are called cows. Adult males are called bulls. There are many different types of cattle. Some live in Europe or the Americas. These are called taurine cattle. Others live in warm areas of Asia and Australia. We call these zebu. There are over 1,000 different breeds.
Talenti 2022 cattle genetics.png
Talenti 2022 cattle genetics.png
Some people keep small breeds as pets.
Lecorps 2018 calf sociability.jpg
Lecorps 2018 calf sociability.jpg

Cattle have a very special way to eat. They are ruminants, which means they have a special stomach. They swallow grass without chewing it first. The food goes into a large part called the rumen. Later, the cow brings the food back up. This is called chewing the cud. The cow uses its teeth to grind the food small. Tiny living things in the stomach help break down the plants. This helps the cow get power from tough grass.

Cattle use their eyes to see the world. Their eyes are on the sides of their heads. This helps them look for danger almost all around them. They can also use their noses to smell. They can even tell if another animal is stressed.

CowPosture 20150612.jpg
CowPosture 20150612.jpg

196 words

Cattle are large, domesticated animals that belong to the bovid family.

Stier Charolais Linnenbach.JPG
Stier Charolais Linnenbach.JPG
People keep them as livestock for many different reasons. They provide meat, dairy products, and leather for humans to use. Some cattle even work as draft animals to pull carts or farm tools. In some places, like parts of the Indian subcontinent, cattle are considered sacred. In these areas, it is actually illegal to kill them. There are over 1,000 recognized breeds of cattle in the world today.
Talenti 2022 cattle genetics.png
Talenti 2022 cattle genetics.png
By the year 2022, there were more than 940 million cattle living on Earth.

These animals have a very special way of eating called rumination.

Kibegwa 2023 rumen microbiome.png
Kibegwa 2023 rumen microbiome.png
They are ruminants, which means they have a stomach with four different parts. The first part is the rumen, which is the largest compartment. When cattle eat, they swallow grass without chewing it much at all. The food stays in the rumen for storage. Later, the cow brings the food back up to its mouth. This is called chewing the cud. The cow uses its molars to grind the coarse plants into small pieces. Tiny living things like bacteria and fungi in the stomach help break down the tough plants.
CowPosture 20150612.jpg
CowPosture 20150612.jpg

Humans have lived alongside cattle for a very long time.

Cattle phylogeny and migrations.svg
Cattle phylogeny and migrations.svg
About 10,500 years ago, people in places like central Anatolia and the Levant began domesticating taurine cattle. These cattle came from wild animals called aurochs. A separate time of domestication happened in the Indian subcontinent to create zebu cattle. These different paths led to the many types of cattle we see now. Cattle were also one of the first animals to have a fully-mapped genome. This means scientists have studied their entire genetic code very closely.

Cattle have many interesting physical traits and behaviors.

Oman bullfighting (2).jpg
Oman bullfighting (2).jpg
Bulls are usually much larger than cows of the same breed. For example, a British Hereford bull can weigh 1,100 kg, while a cow weighs only 640 kg. Some breeds are even larger, like the Chianina, where a bull can reach 1,900 kg. Cattle have eyes on the sides of their heads to watch for danger. This gives them a wide view of 330 degrees. They also use their noses to smell if other animals are stressed.
Lecorps 2018 calf sociability.jpg
Lecorps 2018 calf sociability.jpg
They can even recognize the faces of humans and other cattle.

Learning about cattle helps us understand how animals live in groups.

CowPosture 20150612.jpg
CowPosture 20150612.jpg
They live in a dominance hierarchy, which is a social ranking. Older animals are usually more dominant than younger ones. Males are also usually more dominant than females. Cattle can even show different personalities, like being shy or social. They use sounds to tell each other about their age or status. Watching how they interact shows how much intelligence they truly have. Even a cow named Veronika showed she could use tools to scratch herself.
Lecorps 2018 calf sociability.jpg
Lecorps 2018 calf sociability.jpg

492 words

Cattle, known scientifically as *Bos taurus*, are large, domesticated mammals belonging to the bovid family.

Stier Charolais Linnenbach.JPG
Stier Charolais Linnenbach.JPG
These animals are classified as artiodactyls, which means they are even-toed ungulates that walk on two digits. They are highly significant to human civilization as livestock. Humans raise them for meat, dairy products, and leather. Some are also used as draft animals to pull heavy farm implements or carts. Because of their utility, there are over 940 million cattle in the world as of 2022.

The biology of cattle is defined by a highly specialized digestive system. They are ruminants, which allows them to process plant material like grass. This grass is rich in cellulose, a tough carbohydrate polymer that most animals cannot digest.

Kibegwa 2023 rumen microbiome.png
Kibegwa 2023 rumen microbiome.png
Cattle achieve this through a symbiotic relationship with a rumen microbiome. This microbiome consists of bacteria, fungi, and protozoa that possess cellulases, which are enzymes that split cellulose into sugars. The stomach is divided into four distinct compartments: the rumen, the reticulum, the omasum, and the abomasum. The rumen is the largest part and stores food. The reticulum is the smallest and is often called the "honeycomb." The omasum absorbs water and nutrients, while the abomasum functions similarly to a human stomach.

To digest food effectively, cattle use a process called rumination, or "chewing the cud."

Kibegwa 2023 rumen microbiome.png
Kibegwa 2023 rumen microbiome.png
While grazing, cattle swallow food quickly without much chewing. This food enters the rumen for storage. Later, the animal regurgitates a mouthful of food back to the mouth. The molars then grind the coarse vegetation into much smaller particles. Once the food is finely ground, it is swallowed again to be further processed by the microorganisms in the stomach. This cycle allows them to extract maximum nutrition from tough plants.

Cattle are divided into several major types based on their ancestry and geography.

Cattle phylogeny and migrations.svg
Cattle phylogeny and migrations.svg
Taurine cattle are widely distributed across Europe, temperate Asia, the Americas, and Australia. Zebus are primarily found in India and tropical regions of Asia, America, and Australia. Sanga cattle are mostly found in sub-Saharan Africa. These groups are further divided into more than 1,000 recognized breeds. Physical traits vary greatly between these breeds. For instance, the Chianina is one of the largest breeds. A mature Chianina bull can reach 1,900 kg in weight and stand very tall at the shoulder.

The history of cattle domestication involves two distinct major events.

Cattle phylogeny and migrations.svg
Cattle phylogeny and migrations.svg
About 10,500 years ago, taurine cattle were domesticated from wild aurochs in central Anatolia, the Levant, and Western Iran. A separate domestication event occurred in the Indian subcontinent, which led to the development of the zebu. These historical paths created the diverse livestock we see today. Cattle were also among the first animals to have a fully-mapped genome. This scientific milestone allows researchers to study their genetic makeup in great detail.

Cattle possess complex cognitive abilities and unique sensory adaptations.

Lecorps 2018 calf sociability.jpg
Lecorps 2018 calf sociability.jpg
As prey animals, they have eyes on the sides of their heads. This provides a wide field of view of 330 degrees, though it limits their binocular vision. They are dichromatic, meaning they see colors differently than humans. Cattle also use olfaction, or smell, to navigate their social lives. They can detect alarm chemicals in the urine of other stressed animals. Furthermore, they show individual personality traits, ranging from shyness to sociability. One documented case even showed a cow named Veronika using a deck brush as a tool to scratch herself.

Socially, cattle live within a dominance hierarchy.

Oman bullfighting (2).jpg
Oman bullfighting (2).jpg
This hierarchy is often maintained through non-aggressive behaviors. For example, cattle may engage in mock fights to test strength without causing injury. Dominance status is typically determined by age and sex, with older animals and males generally holding higher ranks. Even their communication is sophisticated. They use various vocalizations to convey information about age, sex, and reproductive status. Understanding these social structures and biological needs is essential for modern cattle farming and conservation.

665 words
🖼️ Images & Media (16)
File:Kibegwa 2023 rumen microbiome.png
Kibegwa 2023 rumen microbiome.png
File:Cow giving birth, in Laos (step by step).jpg
Cow giving birth, in Laos (step by step).jpg
File:Lecorps 2018 calf sociability.jpg
Lecorps 2018 calf sociability.jpg
File:Oman_bullfighting_(2).jpg
Oman_bullfighting_(2).jpg
File:Stier_Charolais_Linnenbach.JPG
Stier_Charolais_Linnenbach.JPG
File:CowPosture 20150612.jpg
CowPosture 20150612.jpg
File:Talenti 2022 cattle genetics.png
Talenti 2022 cattle genetics.png
File:Cattle phylogeny and migrations.svg
Cattle phylogeny and migrations.svg
File:Zubron2.jpg
Zubron2.jpg
File:Livestock market in Mali.jpg
Livestock market in Mali.jpg
File:Concentrated Animal Feeding Operations diagram.svg
Concentrated Animal Feeding Operations diagram.svg
File:Cattle-livestock-count-heads.png
Cattle-livestock-count-heads.png

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