Examples of structures that are part of asexual reproduction in some plants are rhizomes and bulbs. Asexual reproduction results in offspring that are similar genetically to the parent.
plantlets, tumberlers, runner
body cells
setae
In the Rhizopus life cycle, the structures that are involved in sexual reproduction are zygote, zygospore, sporangium, spores and gametes.The structures that are involved in asexual reproduction are mycelium, hyphae, strains, and sporangiophore.
asexual. its what plants do
No. Asexual reproduction provides no diversity, as it creates an exact copy of the organism. Sexual reproduction, on the other hand, provides diversity by using and combining different genes each time to create an entirely new version of the organism.
asexual reproduction. Mitosis.
asexual reproduction is to 1 as sexal reproduction is to 2
One parent is involved in asexual reproduction.
2 are involved in sexual reproduction, 1 is involved in asexual reproduction
Mitosis
An agamete is a gamete involved in asexual reproduction.
In the Rhizopus life cycle, the structures that are involved in sexual reproduction are zygote, zygospore, sporangium, spores and gametes.The structures that are involved in asexual reproduction are mycelium, hyphae, strains, and sporangiophore.
2 are involved in sexual reproduction, 1 is involved in asexual reproduction
Asexual reproduction because in asexual reproduction, the offspring is genetically identical to the parent. One of the advantages of asexual reproduction is large population because in asexual reproduction, only one parent is involved. The types of organisms that have asexual reproduction are: Algae, yeasts, and protozoans.
The number of separate organisms has increased.
Yes ... but nowhere near as complex as sexual reproduction.
no they do not "hsve" asexual reproduction they "have" asexual reproduction...
asexual. its what plants do
No. Asexual reproduction provides no diversity, as it creates an exact copy of the organism. Sexual reproduction, on the other hand, provides diversity by using and combining different genes each time to create an entirely new version of the organism.