Hyacinths have air storage tissues in their bulbs to help them store nutrients and water, as well as to help the plant float in water. This adaptation helps hyacinths survive in wet environments by providing them with a source of energy during periods of limited sunlight or when water levels are high.
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Leaf petiole
Adipose tissue functions in fat storage. It stores energy in the form of triglycerides and also acts as insulation to help maintain body temperature.
The plant tissue noted for photosynthesis is the mesophyll tissue, specifically the palisade mesophyll layer. The storage tissue is the parenchyma cells that store starch, water, and nutrients. The secretion tissue is the glandular tissue such as the secretory hairs or glands found in certain plants.
Many different functions are performed by ground tissue including photosynthesis, storage, and support. Ground tissue makes up the majority of the plant structure and is composed of three cell types: parenchyma, collenchyma, and sclerenchyma cells.
The leaves of water hyacinth are long and leathery and have wax coating surrounding them. They are made up of long spongy parenchyma tissues that have several air pockets. The air pockets help the leaves to stand erect and float on the surface of water. Arsha 9th
the stem
Adipose tissue
ground tissue system
adipose tissue
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Pith and cortex are the storage tissues in roots and stems
The water hyacinth's roots are in water, while the sunflower's roots are in soil. The Water hyacinth's leaf stalks are swollen and contains air, while the sun flower's leaf stalks are different in shape
That is the correct spelling of "hyacinth" (the plant or its flower, or the unrelated water hyacinth).
Hyacinth Nier's birth name is Hyacinth Valdez.
Plastids are present in the storage tissue.