Thinking about the structure and function of leaves, work with your group to propose modifications you might expect to see in the leaves of aquatic plants. Use the space below to make a sketch of the modified leaf, justifying what you include as well as what you leave out.
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Function of Leaves
Explanation:
- Most leaves have two primary parts such as the sharp edge and the petiole, or leafstalk.
- The leaves of certain sorts of plants additionally have a third part, called the stipules.
- The Blade, or lamina, is the expansive, level piece of the leaf.
- Photosynthesis happens in the edge, which has many green nourishment making cells.
- All leaves have a similar fundamental structure a midrib, an edge, veins and a petiole.
- The fundamental capacity of a leaf is to do photosynthesis, which gives the plant the nourishment it needs to endure. Plants give nourishment to all life on the planet.
- The principle capacity of a leaf is to create nourishment for the plant by photosynthesis. Chlorophyll, the substance that gives plants their trademark green shading, assimilates light vitality.
- The inward structure of the leaf is ensured by the leaf epidermis, which is nonstop with the stem epidermis.
- The leaves perform three fundamental capacities, for example, assembling of nourishment, trade of gases between the air and the plant body and vanishing of water. It is the essential capacity of green leaves.
- A leaf is made out of more than one kind of cell, hence is an organ (tissues just contain one sort of cell.) For instance, epidermal cells, spongey mesophyll cells and so on.
- A leaf additionally performs different capacities (for example transpiration, photosynthesis, protein union) while a tissue performs just a particular capacity.
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