The cell that can develop without fetilization are spores.
Yes, a gamete can develop into a complete plant without fertilization in a process known as apomixis. This asexual reproduction allows certain plants to produce seeds that are genetically identical to the parent plant without the need for fertilization. Some species, particularly in the flowering plants, have adapted this mechanism to ensure reproduction in stable environments. However, this is not common to all plants and typically occurs in specific taxa.
Ferns are an example of a plant that does not undergo fertilization through the process of pollination. Instead, they reproduce through spores, which are released from specialized structures on the underside of their fronds. These spores develop into new fern plants without the need for fertilization.
Asexual plant reproduction does not require the production of sex cells. Instead, it involves the production of offspring from a single parent plant without the need for gametes or fertilization. This process maintains genetic continuity with the parent plant.
Once the stigma is removed from a flower, it is no longer able to receive pollen for fertilization. Without fertilization, the ovary of the flower will not develop into a fruit. Pollen must be able to reach the stigma for fertilization to occur and for fruit development to take place.
Seeds develop from the ovary of a flower after fertilization. The ovary contains ovules, which develop into seeds once they are fertilized by pollen.
Seeds can develop without fertilization through apomixis, where the embryo is formed without meiosis or fertilization, producing a genetic clone of the parent plant. Another way is through parthenocarpy, where a fruit develops without fertilization, but the seeds within it are not viable.
Cross-Fertilization!
true or yes they do fertilization,seeds develop in plant's sepal.
Yes, a gamete can develop into a complete plant without fertilization in a process known as apomixis. This asexual reproduction allows certain plants to produce seeds that are genetically identical to the parent plant without the need for fertilization. Some species, particularly in the flowering plants, have adapted this mechanism to ensure reproduction in stable environments. However, this is not common to all plants and typically occurs in specific taxa.
fertilization
Plant cells
Ferns are an example of a plant that does not undergo fertilization through the process of pollination. Instead, they reproduce through spores, which are released from specialized structures on the underside of their fronds. These spores develop into new fern plants without the need for fertilization.
self-pollination
Asexual plant reproduction does not require the production of sex cells. Instead, it involves the production of offspring from a single parent plant without the need for gametes or fertilization. This process maintains genetic continuity with the parent plant.
The fruit which contains the seeds usually develops from an ovule after fertilization.
Once the stigma is removed from a flower, it is no longer able to receive pollen for fertilization. Without fertilization, the ovary of the flower will not develop into a fruit. Pollen must be able to reach the stigma for fertilization to occur and for fruit development to take place.
In most of the cases it is ovary and rarely thalamus