Sexual reproduction helps evolution because it allows for changes to take place over generations. Without any reproduction, no evolution would occur because the species only sees change over time and generations, it cannot be seen in one lifetime. Plus, without reproduction, the species will become extinct.
Meiosis takes place in sexual reproduction and genetic variations takes place in sexual reproduction. Genetic variations lead to evolution to new species.
sexual reproduction and mutations provide variation among species
The evolution of sexual reproduction allows for a much greater level of diversity than asexual reproduction because the genes of two individuals are mixing. Not only this, they are not mixing in the same combination every time, and all the processes like crossing over that are involved in sexual reproduction allow for a huge explosion in the diversification of eukaryotes. Also sexual reproduction is more open to error during its processes, allowing another factor that natural selction can act upon in addition to all the others. Answer For billions of years, prokaryotes evolved relatively slowly. With the evolution of nuclei, meiosis and sexual reproduction, life's evolution and species radiation exploded. This was because of meiotic prophase I's tendency to form chiasmata, mixing gene sequences. The gene sequences are already being mixed meiotically anyway, but the production of gametes, four haploid gametes from each diploid producer-cell. Anti-evolutionists pick on an argument for the impossibility of evolution actually occurring. Sexual reproduction and meiosis show clearly an actual impossibility of evolution not occurring. Sexual reproduction allowed for the explosive radiation of species. Protists, plant and animal species far outnumber bacterial species. All due to sexual reproduction and meiosis...........
yes, very dramatically. there is significant evidence that sexual reproduction is an evolutionary response to parasites.
The principal advantage that sexual reproduction confers upon a species is the continued existence of that species. If a species does not reproduce, it will die out.
Reproduction and continuation of the species.
In sexual reproduction, of any species, it is the gametes which unite (forming a zygote).
Evolution can only be seen through generations. Natural selection allows those that have the advantageous genes to live, and others to die out. Therefore, it takes many generations to see the effects of evolution on a species. Increasing sexual reproduction allows the turnover of generations to be quicker. Since we can only see the changes in future generations of a species, more reproduction will let those generations get here quicker, and therefore evolution can occur faster.
Sexual reproduction
Continuation of that species.
sexual reproduction gives traits of both parents to the child where as asexual reproduction is just a copy of the original with no change at all
Maybe, Have more sexual intercourse. fragmentation