Pollen.
anther
The anther, which is located at the tip of the stamen, is the part of the flower that contains pollen. The anther is responsible for producing and releasing pollen grains.
The yellow powdery substance in the anther is called pollen. Pollen contains the male reproductive cells of plants, and it is released from the anther to fertilize the female reproductive cells in the plant's ovary.
microsporangium
The amount of pollen in one anther can vary widely depending on the plant species. Typically, an anther can produce thousands to millions of pollen grains. For example, a single anther of certain flowering plants can contain anywhere from 1,000 to over 100,000 pollen grains. This high production is essential for successful pollination and reproduction.
yes
it is produced in the anther
anther
no, the anther produces pollen
The anther, which is located at the tip of the stamen, is the part of the flower that contains pollen. The anther is responsible for producing and releasing pollen grains.
The function of the male flower is to produce pollen.
The yellow powdery substance in the anther is called pollen. Pollen contains the male reproductive cells of plants, and it is released from the anther to fertilize the female reproductive cells in the plant's ovary.
The anther produces pollen grains which would be transferred to other plant's stigma which will receive the pollen grains when an insect fly pass it then the pollen grains will be stuck on its wings.
effluvium, fumes, miasma, smoke, stream, vapor, volatile substance
If the anther is removed from a flower, it will not be able to produce pollen. The anther is the part of the flower's stamen that contains the pollen grains necessary for reproduction. Without pollen, the flower will not be able to fertilize its ovules and produce seeds, ultimately leading to a lack of fruit or seeds being formed.
Other plant from the surroundings that has anther (produce the pollen grains) will fertilise the ovule. when the pollen grains landed on the stigma, the ovule is then fertilise.
microsporangium