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asexual reproduction makes offspring clones of the parent plant so if a farmer found a strawberry plant that lasted longer periods of winter that trait is definitely gonna be inherited by the offspring. This is the advantage, But then if one strawberry plant becomes susceptible to one disease then offspring will be the same too. So this is the disadvantage.
By not needing a partner plant, the asexual reproducer avoids the need to waste energy producing pollen, most of which never fertilizes anything. It doesn't need flowers to advertise to pollinators and hungry herbivores alike. It doesn't need to flower at the same time as every other member of its species and so, competition is less for its offspring. It doesn't need to be near other members of its species and so can exist in isolated locations and can grow to large size (on occasion). Also, there is a genetic advantage. Every time an organism reproduces sexually, the offspring are only 50% genetically like one parent. Asexual reproduction produces an exact genetic copy of the parent. and you dont get aids
protists can be both sexual or asexual depending on the organism. while most protists are asexual there are some that can reproduce sexually or can at least employ the sexual processes of meiosis and fertilizaiton.
Bacteria use food like dead tissues for their own growth and reproduction and the rest becomes separate organic and inorganic chemicals that other organisms can use.
endospore
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.
My behaviour in the workplace is important because it sets the tone for the working environment. If I am loud and combative with colleagues then the working environment becomes stressful and every day becomes a battle to be fought and won.
A zygote is a fertilised egg cell. It is when it is only one cell so before asexual reproduction begins. After it reproduces it eventually becomes a foetus.
Reproduction in land plants can be either sexual or asexual. Sexual reproduction is by fusion of gametes, Male gametophyte is what is commonly known as pollen. When the pollen fertilizes a ovule produced by another plant, that fertilized ovule becomes a seed. Asexual reproduction is the regeneration of a single plant from either the leaves, stems, or roots.
asexual reproduction makes offspring clones of the parent plant so if a farmer found a strawberry plant that lasted longer periods of winter that trait is definitely gonna be inherited by the offspring. This is the advantage, But then if one strawberry plant becomes susceptible to one disease then offspring will be the same too. So this is the disadvantage.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.
In asexual reproduction the organism makes identical copies of itself. This is OK if it is successful in its environment and the organism's environment is not changing. However environments are constantly changing, so the organism must adapt. Sexual reproduction ensures genetic diversity in the progeny. This way if the environment becomes harsh but if one or a few of the progeny have new traits that can help it survive in this environment, it is more likely to reach adulthood and reproduce. (This is essentialy how evolution works although this is a very simplified model). In other words, sexual reproduction speeds up evolution, making it less likely for the species to become extinct, but it has some disadvantages.