Asexual reproduction doesn't involve gametes and is 'cloning' where the offspring has identical genetics from ONE parent. So if you were trying to preserve genetics then you would want reproduction done by asexual reproduction so that the offspring would have the identical genetics from the parent that you are trying to preserve.
Yes, both sexual and asexual reproduction can lead to genetic variations. Sexual reproduction generates genetic diversity through the shuffling of genetic material from two parents, while asexual reproduction can involve mutations and genetic changes over time.
False --- It is actually true. For example, the Thompson seedless grapes you would find in California and Arizona are really the result of asexual reproduction from the 1900s.
The scientific name for asexual reproduction is asexual reproduction!!!!!!!!!!!!!!DUUUUUUUUUUUUUUUUUUUUUUUUUUUUH
Fungi reproduction can be both asexual and sexual, but the primary mode of reproduction for fungi is asexual through spores.
Organisms that are capable of regeneration or asexual reproduction can benefit by quickly replacing lost or damaged body parts without needing a mate for reproduction. This can increase survival rates in challenging environments or situations where finding a mate is difficult. Additionally, asexual reproduction can lead to rapid population growth in favorable conditions.
sex is always the answer.
From Wikipedia: "Asexual reproduction is a mode of reproduction by which offspring arise from a single parent, and inherit the genes of that parent only, it is reproduction which does not involve meiosis, ploidy reduction, or fertilization."It essentially means that one organism can "split" into two offspring. Bacteria are a classic case of asexual reproduction. In their case, the actual process of asexual reproduction is known as Binary Fission.Although Wikipedia is not the best source for academia, the article below(Sources and related links) gives a great overview of asexual reproduction.
Yes
Yes, both sexual and asexual reproduction can lead to genetic variations. Sexual reproduction generates genetic diversity through the shuffling of genetic material from two parents, while asexual reproduction can involve mutations and genetic changes over time.
they look alike with no variations.
Asexual reproduction does not lead to genetic variations while sexual reproduction leads to genetic variations. In asexual reproduction there is no limitation/restrictions for gametes to be fertilized.In sexual reproduction if either of the gametes do not function/not present then the possibility of reproduction becomes nil.Asexual reproduction gives rise to multiple daughter cells from mother cells while sexual reproduction normally gives rise to only two daughter cells.
Asexual reproduction does not lead to genetic variations while sexual reproduction leads to genetic variations. In asexual reproduction there is no limitation/restrictions for gametes to be fertilized.In sexual reproduction if either of the gametes do not function/not present then the possibility of reproduction becomes nil.Asexual reproduction gives rise to multiple daughter cells from mother cells while sexual reproduction normally gives rise to only two daughter cells.
Sexual.
In asexual reproduction there is no independent orientation of chromosomes, not crossing over and no random fertilization. Cloning the exact genetic material from organism to progeny is all asexual reproduction is. So, very little chance of anything but mutation, copying errors, are going to happen in asexual reproduction.
False --- It is actually true. For example, the Thompson seedless grapes you would find in California and Arizona are really the result of asexual reproduction from the 1900s.
no they do not "hsve" asexual reproduction they "have" asexual reproduction...
asexual. its what plants do