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Does sexual reproduction requires less tissue differentiation than asexual reproduction?
In general, sexual reproduction requires more tissue differentiation than asexual reproduction because sexual reproduction involves the fusion of gametes from two parents to create a new organism with a unique combination of genetic material. This process typically involves more complex cell division and differentiation to generate specialized sex cells. Asexual reproduction, on the other hand, involves simpler processes such as binary fission or budding, which do not require the formation of specialized sex cells.
Why is sexual reproduction more advantageous than asexual reproduction?
Sexual reproduction allows for genetic variation through the combination of genetic material from two parents, increasing diversity in offspring. This genetic diversity helps populations adapt to changing environments and provides a higher chance of survival. In contrast, asexual reproduction produces genetically identical offspring, which may be at a disadvantage in rapidly changing or challenging environments.
How does a parrot reproduce asexual or sexual reproduction?
Parrots reproduce sexually, like other birds. That's why you always have a breeding pair, a father and a mother. Both parents contribute chromosomes to the offspring, creating genetically unique individuals. Asexual reproduction would mean that there was only one parent contributing chromosomes, so the genetic make up would either be the same as the parent (if the parent split into two/more) or with two sex cells of the parent recombining to create something semi-unique (for instance, if a flower self-pollinated)
Why do animals produce identical offspring and humans dont?
Animals often produce identical offspring through asexual reproduction, such as in the case of certain insects or bacteria. In humans, reproduction involves sexual reproduction where genetic material from two parents combine to create unique offspring with a mix of traits from both parents. This genetic diversity ensures a greater chance of survival in changing environments.
Living things reproduce?
Reproduction is the process by which living organisms produce offspring of the same kind. It ensures the continuation of a species by passing on genetic information to the next generation. There are two main types of reproduction: asexual, where offspring are genetically identical to the parent, and sexual, where genetic material from two parents combines to create unique offspring.
How can an organism produced by asexual reproduction be unique an different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can organism produced by asexual reproduction by unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can and organism produced by asexual reproduction be unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can an organism produce by asexual reproduction by unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How many parents does an asexual reproduction organism have?
Asexual means "not sexual": These organisms do not use sexual reproduction, which requires two parents. An asexual organism therefore only has one parent. Asexual organisms are simple and single-celled (unicellular). When the cell divides, the organism had reproduced. This has an advantage: The organism doesn't need another of its own kind to pass its genetic material on. It also has a disadvantage: The genetics of asexual organisms are less diverse. Sexual reproduction allows organisms to be more adaptible than asexual reproduction, since more unique combinations of genes can result with sexual reproduction.
How can an organism produced by asexual be unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
Why is there great variations in the offspring produced through sexual reproduction but little or no variations in the offspring produced through asexual reproduction?
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.
What determine the characteristics of the organism?
There is asexual reproduction and sexual reproduction. In asexual reproduction the offspring will get the exact same appearance and exact same genes the parents have (usually plants such as flowers). In sexual reproduction each off spring will get two sets of chromosomes from each parent (most animals such as humans). Although similar they are very unique unlike offspring from asexual reproduction.no this sucks
How does DNA in offspring produced by asexual reproduction compare to DNA in offspring produced by sexual reproduction?
If an offspring was produced through asexual reproduction, its genes will be exactly like its parent. This is more or less a clone of the parent. An example of this is a bacterium. If an offspring is produced through sexual reproduction, it will contain genes from both parents. (such as humans)
Does sexual reproduction result in more genetic variation in a species than asexual reproduction?
Asexual reproduction results in offspring which are genetically the same as the parent organism (not counting a rare mutation). Sexual reproduction produces a random mixture of the genetics derived from both parents.In sexual reproduction, offspring are not identical to either parent.
Why does the sexual reproduction produce more diversity of organisms than asexual reproduction produced?
Sexual reproduction involves the combination of genetic material from two parents, resulting in offspring that have a unique combination of traits. This genetic variation increases diversity within a population, making it more likely for individuals to adapt to changing environments. In contrast, asexual reproduction involves producing clones of the parent organism, resulting in limited genetic diversity among offspring.
What occurs when multicellular animals produce other organisms like themselves?
Multicellular animals reproduce by either sexual or asexual methods. In sexual reproduction, two organisms contribute genetic material to form a new individual with a unique combination of genes. In asexual reproduction, a single organism produces genetically identical offspring.
