The anther of the hibiscus flower is a structure that contains the pollen grains, which are essential for the reproduction of the plant. When viewed under a microscope, the anther appears as a small, elongated structure with multiple compartments called microsporangia. These microsporangia contain the pollen grains, which are the male reproductive cells of the plant.
Each pollen grain is enclosed within a tough outer layer called the exine, which protects the delicate genetic material inside. The pollen grains are typically spherical or oval in shape and vary in size depending on the species of hibiscus.
Under a microscope, the anther of the hibiscus flower may appear yellowish or reddish in color, depending on the stage of development of the pollen grains. As the pollen grains mature, they become more visible and may appear as small, round structures within the microsporangia.
Overall, the anther of the hibiscus flower is a crucial structure for the reproduction of the plant, as it produces and stores the pollen grains that are necessary for pollination and fertilization to occur.
Discuss the anther of the hibiscus flower seen under microscope
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