if both organisms repoduce an offspring every 12 hours then they would have the same number of offspring neither would be greater.
organisms such as cnidarians, sponges, and some fungi can reproduce using budding
Asexual Reproduction Asexual reproduction is ONE parent giving rise to offspring with identical genome(s) as the parent Common Types of Asexual Reproduction: Fission (Mitosis in somatic cells) Budding (In Yeast, Hydra) Vegetative Propagation (aka Vegetative Reproduction) (Clonal colonies in trees) Fragmentation (In Fungi) BUT IF THE OFFSPRING HAVE THE SAME GENOME AS EACH OTHER BUT NOT THE SAME AS THE PARENT, then the offspring most likely started as one, but split, for example identical twins
Sorry I can only think of two. Could others please add here if you could think of one more. 1. Budding 2. Regeneration 3. Fission 4. Cloning
Yeast can reproduce in two ways. One is when a single cell splits into two child cells. This also occurs in bacterial. The other way is when an outgrowth is formed, the nucleus divides and the new nucleus migrates to this outgrowth and splits off.
IN SEXUAL REPRODUCTIONoffspring are produced by fusion of two different sex cells and they form a cell called zygote so there is transfer of different genes to the offspringwhich results in differentiation or it enables us differentiate among us while in asexual reproduction daughters are produced by a small part like cutting, grafting, etc and in animal like budding, binary fusion so it is not easy to differentiate.
In budding, a new organism forms as an outgrowth on the parent organism. This outgrowth eventually develops into a complete organism through cell division and growth. The new organism may detach from the parent once it is fully formed.
i have no clue im tryinq to figure out the same -______________- :( ...
Budding is a form of asexual reproduction where a new organism develops as an outgrowth from the parent organism. The offspring produced through budding is genetically identical to the parent organism. The process involves the formation of a small bud on the parent organism, which eventually detaches and grows into a new independent organism.
Organisms, such as single-celled yeasts, sponges, and hydra can produce offspring by budding.
When an organism reproduces asexually, it usually has a single parent, and offspring are genetically identical to that parent, barring any mutations. This method of reproduction allows for rapid population growth and is often seen in organisms like bacteria, plants, and some animals. Asexual reproduction can occur through various processes, such as binary fission, budding, or fragmentation.
A. Budding. Budding is a form of asexual reproduction in which a new organism develops as an outgrowth or bud from the parent organism, resulting in offspring that are genetically identical to the parent.
Budding and fission are both forms of asexual reproduction. In budding, a new organism develops as an outgrowth from the parent organism, eventually detaching to live independently. In fission, the parent organism splits into two or more separate organisms, each growing into a new individual. The key difference is in the method of offspring formation: budding creates offspring from an outgrowth, while fission divides the parent organism into new individuals.
An organism could use processes like binary fission, budding, or fragmentation to reproduce asexually. These processes involve the splitting or budding off of a parent organism to produce genetically identical offspring.
A Portuguese man o' war is a colonial organism composed of multiple individuals called zooids. It does not produce offspring itself, but rather reproduces through asexual budding, where new zooids form and join the colony.
budding is a type of asexual reproduction.
Regeneration is when an animal loses a limb and that limb grows a whole new organism from itself using cell division. Budding is when an organism grows a new organism on its body and that new organism is released when it is grown enough.
Budding and binary fission both produce genetically identical offspring. In budding, a small clone of the parent organism grows to become independent. In binary fission, the parent organism divides into two equal parts, each capable of growing into a new organism.