It is the sperm of plants.The pollen cells goes to the female reproductive part of the plants through the wind,insects etc. It goes inside makes seeds the seeds mature they make new plants.
A pollen grain's surface is often rough and sticky, allowing it to adhere to an insect's body as it moves from flower to flower. Additionally, the shape and size of pollen grains match well with insect hairs, making them easy to brush off as the insect travels. Lastly, the lightweight nature of pollen grains makes them easily dispersed by the movement of insects.
A flower cell is not a specific cell type. Flowers are made up of different types of cells, such as reproductive cells (eggs and pollen) and structural cells (petals, sepals). Cell types in flowers vary in function and structure, contributing to the overall growth and development of the flower.
In flowers, fertilization occurs when a pollen grain from the male anther lands on the stigma of the female pistil. The pollen grain then forms a pollen tube that grows down into the ovary and releases sperm cells to fertilize the egg cell. This fertilization results in the formation of a seed within the ovary.
No, stamens do not make egg cells. Stamens are the male reproductive parts of a flower that produce pollen containing male gametes, while egg cells are found in the ovules located in the female reproductive parts of the flower. The union of pollen with the egg cell in the ovule leads to fertilization in plants.
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It is the sperm of plants.The pollen cells goes to the female reproductive part of the plants through the wind,insects etc. It goes inside makes seeds the seeds mature they make new plants.
A pollen grain's surface is often rough and sticky, allowing it to adhere to an insect's body as it moves from flower to flower. Additionally, the shape and size of pollen grains match well with insect hairs, making them easy to brush off as the insect travels. Lastly, the lightweight nature of pollen grains makes them easily dispersed by the movement of insects.
A flower cell is not a specific cell type. Flowers are made up of different types of cells, such as reproductive cells (eggs and pollen) and structural cells (petals, sepals). Cell types in flowers vary in function and structure, contributing to the overall growth and development of the flower.
nectar Soo Hyun will recommend that the powder in the flower is pollen.
In flowers, fertilization occurs when a pollen grain from the male anther lands on the stigma of the female pistil. The pollen grain then forms a pollen tube that grows down into the ovary and releases sperm cells to fertilize the egg cell. This fertilization results in the formation of a seed within the ovary.
Specialized cells in a flower include the guard cells in the stoma for regulating gas exchange, pollen grains for reproductive function, and trichomes for protection and secretion. Each of these cell types plays a specific role in the overall function and survival of the flower.
AntherThe anther is the part of the flower that holds the pollen. This and the filament both make up the stamen.anther generally has four pollen sacs in a dithecous anther and in a monothecous anther like that of hibiscus there are 2 pollen sacs and each pollen sacs hold a microsporangium which produces pollen grains that how anther plays a main role in the development of pollen grains
No, stamens do not make egg cells. Stamens are the male reproductive parts of a flower that produce pollen containing male gametes, while egg cells are found in the ovules located in the female reproductive parts of the flower. The union of pollen with the egg cell in the ovule leads to fertilization in plants.
The anther makes the pollen. The anther and the filament make the stamen.
No, a pollen grain does not make food for the plant. Pollen grains are responsible for carrying the male gametes of a plant to the female reproductive structures for fertilization. Once fertilization occurs, the plant can produce seeds for reproduction.
The ovary in the flower must be fertilised by pollen from the stamen and then seeds can form.