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Fertilization does not occur in mitosis. Fertilization signals for the start of mitotic division in embryos.
The cuticular and the stomatal level of the leaf structure affects foliar fertilization.
Depending on the species, fertilization can occur internally or externally. Water aids the fertilization of some organisms because organisms that reproduce externally need water for fertilization to occur.
Pollen is the male reproductive structure of seed plants. It contains the sperm cells necessary for fertilization. When pollen is transferred from the male reproductive structure to the female reproductive structure (such as by wind or pollinators), it can reach the ovule without the need for water, allowing for fertilization and seed formation to occur.
The kind of fertilization and development that takes place in aquatic animals is known as External fertilization.
uterus and the fallopian tubes
Fertilization occurs in the fallopian tubes of the reproductive system for most females. However, in some cases, it can occur in other places (such as the ovum), which normally lead to miscarriage.
the uterus
Fertilization does not occur in mitosis. Fertilization signals for the start of mitotic division in embryos.
Fertilization normally occurs in the fallopian tube
Fertilization occurs in the ovule
The cuticular and the stomatal level of the leaf structure affects foliar fertilization.
The structure of a sperm suited for fertilization in various ways. The basic features are the head and the tail which allow it to swim towards the ova for fertilization.
Depending on the species, fertilization can occur internally or externally. Water aids the fertilization of some organisms because organisms that reproduce externally need water for fertilization to occur.
ovary
Fallopian Tubes
Pollen is the male reproductive structure of seed plants. It contains the sperm cells necessary for fertilization. When pollen is transferred from the male reproductive structure to the female reproductive structure (such as by wind or pollinators), it can reach the ovule without the need for water, allowing for fertilization and seed formation to occur.