Two different variations of a trait can arise due to genetic inheritance from both parents, where each parent contributes one version of the gene. Additionally, mutations can occur in the gene that leads to different variations of the trait. These variations can provide diversity within a population and may be beneficial in evolving to changing environments.
Differences in the genetic code that lead to advantages above other members of the species. Thus if it is a valued trait it will be passed on.
Species diversify via genetic mutations. Say organism A has 4 offspring, and they all have trait 1, which is characteristic of the species, except one baby, which has trait 2 (call this one organism B). Later on organism B has offspring which all have trait 2, and a couple other new traits that are uncharacteristic of the species. Eventually, the descendants of organism B will be so different from the descendants of organism B's siblings, that they could be considered a new species.
A favorable genetic trait can increase in frequency in a population through natural selection, where individuals with the trait have higher reproductive success. This allows them to pass on the trait to more offspring, leading to an increase in the trait's prevalence over time.
chicken
A random mutation in the DNA sequence is responsible for new variations of a trait. These mutations can be caused by errors during DNA replication, exposure to mutagens or other external factors. The variations produced by mutations can contribute to genetic diversity within a population.
Two different variations of a trait can arise due to genetic inheritance from both parents, where each parent contributes one version of the gene. Additionally, mutations can occur in the gene that leads to different variations of the trait. These variations can provide diversity within a population and may be beneficial in evolving to changing environments.
Differences in the genetic code that lead to advantages above other members of the species. Thus if it is a valued trait it will be passed on.
A helpful change to someones body that not man people have.
Species diversify via genetic mutations. Say organism A has 4 offspring, and they all have trait 1, which is characteristic of the species, except one baby, which has trait 2 (call this one organism B). Later on organism B has offspring which all have trait 2, and a couple other new traits that are uncharacteristic of the species. Eventually, the descendants of organism B will be so different from the descendants of organism B's siblings, that they could be considered a new species.
The two extreme variations in a are trait are favored in disruptive selection.
Variations
That would be a mutation. There are several types of mutations such as silent, nonsense, missense mutations along with inserstions, deletions and amplifications
different ways in which individuals with particular trait may increase are -if that particular trait provides them with some sort of support to undergo the circumstances they are found in, we can also call it natural selection -or due to any genetic drift, that is a natural calamity, also called a chance selection
it can be big or small, large or tiny. itdoesn't matter the size, shape, or color. its still the same as it was.
They provide the variation in organisms that other recombination methods do not. A beneficial mutation, leading to a small change in same trait, that is even marginally reproductively successful to the organism that possesses it will be selected for and passed on tho progeny thus changing the organisms population over time, regardless of how small the change. This is evolution, change in populations over time.
matation in somatic