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Explain how sexual reproduction increases genetic diversity in many species of plants and animals, make sure to include the importance and function of gametes. PLEASE HELP!!

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Two parents are required for asexual reproduction to occur. The 23 chromosome numbers of sex cells or gametes are divided in half during mitosis. Two sex cells, one from each parent, fuse to form a being with half the cells. Because offspring inherit chromosomes from two parents, genetic diversity is increased.

just so you know its sexual not asexual

tbh none of this makes sence legit ._.

She forgot to add a space between a and sexual. :/

adding more on............ They get genes from both sides which change change how they look. Like with animals of different species they would be half of both. With plants it will have colors and height like both plants.

thanks Julie I appreciate it :)

Dude I'm low key confused

yeah probably

use Julies answer i got it right

I thought it happened in the process of meiosis???

Did you know?

Did you know that sexual reproduction plays a key role in increasing genetic diversity among many species of plants and animals? This process involves the fusion of gametes, which are specialized reproductive cells. Gametes, such as sperm and eggs, contain half the genetic information of a parent, allowing for the combination of genetic material from two different individuals. As a result, offspring produced through sexual reproduction inherit unique combinations of genes, leading to increased genetic diversity within a population. This diversity is essential for the survival and adaptation of species, as it provides a wider range of genetic variations that can better withstand changes in the environment, diseases, and other challenges. So, next time you marvel at the vast diversity of life around you, remember that sexual reproduction and the function of gametes have played an essential role in its creation.