healthy plants and fresh oxygen
Plant cells are fundamental to a plant's structure and function. They provide support and shape to the plant, store nutrients, and carry out essential processes like photosynthesis. Plant cells also play a crucial role in growth, reproduction, and responding to external stimuli.
That they're the point by which soluble minerals and nutrients enter the plant is the reason why a plant's roots are important to photosynthesis. By capillary action, and therefore against the force of gravity, these soluble minerals and nutrients travel up through the plant to the leaves [or the stem in the case of cactus plants] for the photosynthetic interaction with sunlight. From that interaction are produced the energizing starches and sugars the plant needs to carry out such necessary activities as growing blooms, buds, and fruits.So the less fertile the soil, the less rewarding the intake by the roots, less satisfactory the products of photosynthesis, and the more traumatic the life cycle of the plant.
Green plants are important to us because they produce oxygen through the process of photosynthesis, which is essential for the survival of all living organisms. They also provide food and habitat for animals, help to regulate the climate by absorbing carbon dioxide, and contribute to the overall biodiversity and health of ecosystems.
Photosynthesis requires specific conditions and structures that are provided by organelles with internal membranes, such as chloroplasts. These organelles have specialized compartments that allow for the separation of different stages of photosynthesis, which increases efficiency. Additionally, the internal membranes provide a larger surface area for the necessary biochemical reactions to take place.
Photosynthesis is an endothermic process: it requires energy in order for the reactions involved to occur. The sunlight provides this energy. This is a really simplistic answer; if you want more details, consult any good biochemistry text.
Leaves are important because they are the primary site for photosynthesis in plants, converting sunlight, water, and carbon dioxide into energy in the form of glucose. They also help regulate a plant's water balance through transpiration and provide shade for the plant's own protection. In addition, leaves produce oxygen as a byproduct of photosynthesis, which is essential for all living organisms.
Because since we give out carbon dioxide the plants use it to make photosynthesis so they give out the opposite kind of gas; oxygen.
They are important because they provide water source.
Xylem tubes are important because they transport water and nutrients from the roots to the rest of the plant. They also provide structural support to the plant, helping it stand upright. Additionally, xylem tubes play a role in maintaining the plant's water balance and facilitating photosynthesis.
Plants such as trees, grass, and flowers provide oxygen as a byproduct of photosynthesis.
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Photons is the term for the particles of light that provide the energy needed for photosynthesis.
Plant cells are fundamental to a plant's structure and function. They provide support and shape to the plant, store nutrients, and carry out essential processes like photosynthesis. Plant cells also play a crucial role in growth, reproduction, and responding to external stimuli.
it provides CO2, a raw material for photosynthesis.
Actually it produce the fuel. Glucose is the fuel and it is produced by photosynthesis
That they're the point by which soluble minerals and nutrients enter the plant is the reason why a plant's roots are important to photosynthesis. By capillary action, and therefore against the force of gravity, these soluble minerals and nutrients travel up through the plant to the leaves [or the stem in the case of cactus plants] for the photosynthetic interaction with sunlight. From that interaction are produced the energizing starches and sugars the plant needs to carry out such necessary activities as growing blooms, buds, and fruits.So the less fertile the soil, the less rewarding the intake by the roots, less satisfactory the products of photosynthesis, and the more traumatic the life cycle of the plant.
Photon