When orgAnisms have sexual reproduction the genetic material of vote parents are used to make the offspring, causing the child to have different genes than the parents and have different abilities like the ability to withstand a disease.
In asexual reproduction there are 2 daughter cells produced that are identical to the parent cell. In sexual reproduction there are 4 genetically different daughter cells produced that are haploid (23 chromosomes). Crossing over occurs during meiosis which mixes up segments of DNA on homologous chromosomes causing new genetic variations. By the sperm fertilizing the egg, you are combining 2 completely different sets of different haploid DNA to produce a diploid offspring which is genetically different from both parents.
Asexual reproduction produces offspring that are clones. Imagine making one more just you in 20 minutes. Bacteria do this.
Sexual reproduction produces an entirely different individual that may be able to adapt.
New combinations of genes result from sexual reproduction.
Sexual reproduction icreases diversity because the offspring is hal like one parent and haf like the other. In asexual reproduction, the offspring is an exact copy of the parent cell.
Yes
true
yes
Sexual reproduction results in a greater variety of inherited traits because it combines genes from two different individuals. Asexual reproduction is simply a copy of an organism's genetic material so that it is a 100% match. Sexual reproduction combines different gene pools as well to create more diversity.
Yes. Sexual reproduction is more advantageous than asexual reproduction in a challenging environment since sexual reproduction introduces more variation in the offspring. In asexual reproduction, the variation in offspring is caused by mutations and they are rare and a large number of offspring will have to be produced to ensure enough offspring with beneficial mutations are born, and this is not always possible when resources are scarce. In sexual reproduction, variation is introduced by recombination in addition to mutation, and recombination (random crossover of chromosomes) happens in every time the organism reproduces to introduce variation that may not be present in the parents. The greater amount of variation increases the chance of having offspring that are adapted to the challenging environment.
Sexual reproduction is more beneficial to a species than asexual reproduction. This is because in sexual reproduction, the genes from two distinct parents are passed down to one distinct child, which creates genetic diversity. It also reduces the risk of mutations, and allows an organism to inherit more traits that could be beneficial to the species.
Yes, there will always be mutations.However, with sexual reproduction, there is a tendency for greater genetic variations.
Yes and it has been found that mold spores that are inhaled have greater toxicity to humans than those absorbed by the skin or ingested.
Sexual reproduction results in a greater variety of inherited traits because it combines genes from two different individuals. Asexual reproduction is simply a copy of an organism's genetic material so that it is a 100% match. Sexual reproduction combines different gene pools as well to create more diversity.
the best answer i can think of is because of genetic diversity. the greater genetic diversity gives rise to more improvements over time.
Yes. Sexual reproduction is more advantageous than asexual reproduction in a challenging environment since sexual reproduction introduces more variation in the offspring. In asexual reproduction, the variation in offspring is caused by mutations and they are rare and a large number of offspring will have to be produced to ensure enough offspring with beneficial mutations are born, and this is not always possible when resources are scarce. In sexual reproduction, variation is introduced by recombination in addition to mutation, and recombination (random crossover of chromosomes) happens in every time the organism reproduces to introduce variation that may not be present in the parents. The greater amount of variation increases the chance of having offspring that are adapted to the challenging environment.
advantages of asexual is that it reproduces easily by itself and it has 1 parent cellSome advantages of asexual reproduction are- Large numbers of offspring are reproduced very quickly from only oneparent when conditions are favourable.- Large colonies can form that can out - complete other organisms for nutrients and water.- Large numbers of organisms mean that species may survive when conditions or the number of predators change.- Energy is not required to find a mate.Some disadvantages of asexual reproduction are- Offspring are genetic clones. A negative mutation can make a sexually produced organisms susceptible to disease and can destroy large numbers of offspring.- Some methods of asexual reproduction produce offspring that are close together and compete for food and space.- Unfavourable conditions such as extreme temperatures can wipe out entire colonies.
When you make exact carbon copies of genetic material, diversity only occurs when a mis-copy occurs as opposed to a regular basis. This is how asexual reproduction creates new creatures. Meiosis leads to gametes which are cells with only half of the genetic information from the original cell. When that is combined with half of the genetic information from a different creatures gametes, the resultant creature is different from both parents every time. This is how sexual reproduction creates diverse creatures at every iteration.
The main disadvantage of sexual reproduction is that it can be difficult for two organisms of the opposite sex to find each other and to mate. With asexual reproduction, any organism can reproduce whenever it wants to, or whenever it has the surplus of nutrients needed to do so. The main advantage of sexual reproduction is that it creates genetic variation, and by having varied offspring, there is a greater chance that at least some of those offspring will be well adapted to the changing environment. With asexual reproduction, genetic variation is very slight; there will be none at all unless there is a mutation induced by radiation, and even then, it will almost certainly be an unfavorable mutation rather than a useful one. So if an organism is not already well adapted to its environment, the genetically identical offspring of that organism will also be poorly adapted.
Yes, there will always be mutations.However, with sexual reproduction, there is a tendency for greater genetic variations.
Sexual reproduction is more beneficial to a species than asexual reproduction. This is because in sexual reproduction, the genes from two distinct parents are passed down to one distinct child, which creates genetic diversity. It also reduces the risk of mutations, and allows an organism to inherit more traits that could be beneficial to the species.
Because sexual reproduction produces new and unique combinations of maternal and paternal alleles in each offspring. That leads to a great diversity of individuals in the population. Natural selection can then act on the population to give some individuals greater fitness than others, leading to changes in the population over time. -love to help CR
Because sexual reproduction involves two seperate creatures, each with it's own chromozones to pass on to the child. In asexual reproduction, there is only one creature, so only one set of chromozones can be passed on. I.E: In humans, both the mother and the father pass on 23 chromozones, so the baby gets 46, half from the mum and half from the dad, so there is more variation. In a strawberry plant, the mother plant is the only entity that can pass chromozones onto the child, so the child will be genetically identical to the parent plant.
Larger landmasses have greater diversity.
Yes and it has been found that mold spores that are inhaled have greater toxicity to humans than those absorbed by the skin or ingested.