The food synthesized by leaves during photosynthesis, primarily in the form of sugars, is transported through the plant via specialized tissues known as phloem. The sugars move from the source (leaves) to various sinks (roots, fruits, and growing tissues) through a process called translocation, which is driven by pressure differences created by active loading and unloading of sugars. This transport system ensures that all parts of the plant receive the necessary nutrients for growth and development.
The water is absorbed by the plant cells in the leaves through tiny openings called stomata, where it is utilized for photosynthesis and other metabolic processes. Excess water is released into the air through transpiration.
Phloem takes the plant food from the leaves and takes it to other parts of the plant
Anarcardium occidentale because the new leaves are different to other leaves
The cuticle of a plant is derived from the epidermal cells of the plant. It is a waxy layer that covers the outer surface of leaves and stems to protect the plant from water loss and other environmental stresses.
When water reaches the leaves of a plant, it primarily serves two functions: it is used for photosynthesis and transpiration. In photosynthesis, water combines with carbon dioxide to produce glucose and oxygen, which are vital for the plant's growth and energy needs. Additionally, during transpiration, water evaporates from the leaf surfaces, helping to regulate temperature and facilitate nutrient movement from the roots through the plant. Ultimately, the water contributes to the plant's overall health and metabolic processes.
The water is absorbed by the plant cells in the leaves through tiny openings called stomata, where it is utilized for photosynthesis and other metabolic processes. Excess water is released into the air through transpiration.
Phloem takes the plant food from the leaves and takes it to other parts of the plant
To get the plant's own leaves above other plant's leaves. It's all competition.
Sunlight. The sunlight reaches the leaves of a plant. Within the leaf, the sunlight combines with cells to produce a sugar that, in turn, feeds the plant.
Though one can make paper from any plant but it is not economically advisable to make paper from taro plant leaves or any other plant leaves.
Anarcardium occidentale because the new leaves are different to other leaves
The cuticle of a plant is derived from the epidermal cells of the plant. It is a waxy layer that covers the outer surface of leaves and stems to protect the plant from water loss and other environmental stresses.
When water reaches the leaves of a plant, it primarily serves two functions: it is used for photosynthesis and transpiration. In photosynthesis, water combines with carbon dioxide to produce glucose and oxygen, which are vital for the plant's growth and energy needs. Additionally, during transpiration, water evaporates from the leaf surfaces, helping to regulate temperature and facilitate nutrient movement from the roots through the plant. Ultimately, the water contributes to the plant's overall health and metabolic processes.
transpiration is the evaporation of water through leaves and stem. translocation is the transport of sugars in a plant. Translocation- movement of food and nutrients in the plant Transpiration- loss of water through leaves via stomates
Leaves, like any other plant
The lose of water from other parts of the plant except from the leaves
Phloem