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sexually
Bacteria are organisms that reproduce asexually, and the benefits of this mode of reproduction include ability to reproduce without a mate partner, it is faster and results in many offspring, offspring are identical to the parent, and man others.
Depends entirely on the rate of reproduction.
cuz it feels good and you want more..faster!!
Sexual reproduction allows for twice the chance of an organisms offspring having a gene mutation, as the organisms DNA comes from two sources with differing genes. This increased chance means that the organism can evolve at a faster rate and therefore adapt more quickly, resulting in an advantage. The diversity in genetics of sexually reproducing organisms also reduces their susceptibility to mass infection / death. In addition, sexual reproduction is pleasurable in both humans and several primates, and this creates a stronger drive to reproduce.
Sexual reproduction allows for twice the chance of an organisms offspring having a gene mutation, as the organisms DNA comes from two sources with differing genes. This increased chance means that the organism can evolve at a faster rate and therefore adapt more quickly, resulting in an advantage. The diversity in genetics of sexually reproducing organisms also reduces their susceptibility to mass infection / death. In addition, sexual reproduction is pleasurable in both humans and several primates, and this creates a stronger drive to reproduce.
a python is the animal that reproudes faster they are takeing over ur everglades
You can transmit new genetic improvements to your offspring. For example, if there is a sudden famine, a species that produces sexually instead of asexually will be better able to have future generations adapt faster.
I don't know about the same as other organisms,but definitely faster!MUCH faster!
By using asexual reproduction they can ensure that the plant's characteristics will be preserved. Some specialty plants are hybrids that will not breed true, will not reproduce well sexually, or will not reproduce at all sexually. Also asexual methods of reproduction can often produce saleable plants faster (for example, cuttings are large enough to sell much earlier than seedlings are). Finally, grafting is not quite a method of asexual reproduction, but is closely related to reproduction from cuttings. It is used by fruit growers to produce the best fruit (from one specially bred tree) on a hardy root stock (from another specially bred tree) to reliably produce good fruit on trees that are more likely to grow strong and survive many years. By using asexual reproduction they can ensure that the plant's characteristics will be preserved. Some specialty plants are hybrids that will not breed true, will not reproduce well sexually, or will not reproduce at all sexually. Also asexual methods of reproduction can often produce saleable plants faster (for example, cuttings are large enough to sell much earlier than seedlings are). Finally, grafting is not quite a method of asexual reproduction, but is closely related to reproduction from cuttings. It is used by fruit growers to produce the best fruit (from one specially bred tree) on a hardy root stock (from another specially bred tree) to reliably produce good fruit on trees that are more likely to grow strong and survive many years.
Increased mixing of genetic material occurs during sexual reproduction which, in turn, increases the chance that successful genetic mutations in individuals will be passed on to offspring. Further, individuals with different successful mutations can mate and produce offspring that carry both traits. If the traits are dominant they will be immediately beneficial...if recessive they will begin to occur in the F2 and beyond offspring.
The rate of evolution.