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The different types of sexual reproduction in organisms include internal fertilization, external fertilization, and self-fertilization.
Self-fertilization is used by some plants because it guarantees there will be offspring. This is the same reason why some organisms asexually reproduce. It may not allow genetic variation but it guarantees that their genes will be passed on and that there will be offspring.
Self-nourishing organisms are organisms which can somehow produce their own food. For example, plants use photosynthesis to make their food.
they use internal fertilization they use internal fertilization they use internal fertilization they use internal fertilization
well by pollens truth/ When both male & female gametes are compatible to mate, self-pollination results in self 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.
Most organisms develop through a process that starts with the fertilization of an egg
Internal fertilization .
Becuase when they self fertilize they cannot get the proper amount of sunlight, but when they dont self fertilize they can get the proper amount of sunlight
A limit to the possibilities for diversity is the disadvantage of self fertilization of flowers. Self fertilization draws upon the particular flower's gene base and nothing else or more. It's with other forms of fertilization such as cross and manual pollination whereby other characteristics such as color and disease resistance may be introduced.
Cross fertilization leads to genetic variability which helps in the process of better adaptability and evolution
Self-fertilization is theoretically possible in the Gumamila flower, which belongs to the Hibiscus genus. However, many species of Hibiscus are primarily outcrossing, meaning they depend on pollen from a different plant for fertilization. Some species have mechanisms to prevent self-fertilization to promote genetic diversity and reduce inbreeding.