Adaptations of Humans to Live on Land:
Humans have undergone various adaptations to live on land. These adaptations have enabled us to survive and thrive in terrestrial environments. Here are three key adaptations found in humans:

1. Bipedalism:
- Walking Upright: One of the most significant adaptations in humans is bipedalism, in which we walk on two legs instead of four. This adaptation has allowed us to efficiently move on land and freed our hands for other tasks.
- Changes in Skeletal Structure: Bipedalism has led to several changes in our skeletal structure. These include the repositioning of the foramen magnum (the hole at the base of the skull), the development of an S-shaped spine, and modifications in the pelvis and lower limbs to support an upright posture.
- Efficient Energy Consumption: Walking upright consumes less energy compared to quadrupedal locomotion, making it an efficient adaptation for humans. It also allows for greater endurance during long-distance travel.

2. Sweating and Thermoregulation:
- Efficient Cooling Mechanism: Humans have evolved the ability to sweat profusely, which helps in thermoregulation and cooling the body. Sweat glands present throughout the skin produce sweat, which evaporates and dissipates heat from the body surface.
- Adapted Sweat Glands: Humans have a greater number of sweat glands compared to other primates, enabling us to cool down more effectively. This adaptation allows us to endure hotter climates and engage in physical activities for extended periods.
- Reduced Body Hair: Compared to our primate ancestors, humans have significantly reduced body hair. This adaptation facilitates the evaporation of sweat, preventing it from becoming trapped in the fur and increasing cooling efficiency.

3. Enhanced Brain Function:
- Larger Brain Size: Humans have larger brains relative to body size compared to other primates. This adaptation has contributed to our cognitive abilities, including problem-solving, language development, and the capacity for complex social interactions.
- Neocortex Development: The neocortex, the outer layer of the brain responsible for higher-order functions, is highly developed in humans. This adaptation has enabled us to excel in abstract thinking, planning, and decision-making.
- Tool Use and Technology: Our enhanced brain function has allowed us to develop and use tools, which significantly increased our survival and ability to adapt to different environments. This adaptation has played a vital role in our success as a species.

Processing Fibres into Wool:
Processing fibres into wool involves several steps, from shearing the fleece to producing the final product. Here is a detailed explanation of the process:

1. Shearing:
- Sheep are sheared to obtain their wool. This process involves using electric clippers or manual shears to remove the fleece from the sheep's body. Care is taken to avoid cutting the sheep's skin.
- Shearing is typically performed once a year, usually in spring when the weather is warmer. It allows the sheep to grow a new fleece for protection.

2. Skirting and Sorting:
- After shearing, the fleece is sorted by removing any soiled or damaged sections. This is known as skirting.
- The fleece is then sorted based on its quality, length, and color. The wool from different parts of the sheep's body may have varying characteristics.

3. Washing:
- The sorted fleece is thoroughly washed to remove imp

Adaptation found in human to live on land because they need food shelter etc