No.
Genetic mutations lead to changes in the gene. This results in a (possible) new allele.
Genetic drift is the change in frequency of an allele in the population due to chance.
The smaller the population the bigger the chance on genetic drift (like it is more likely to coin flip 10 heads in a row then 1000 heads) while on the other hand the bigger the population the bigger the chance new alleles will be created by mutations.
Genetic drift makes natural selection possible.
They both result in phenotypic change.
Yes, genetic drift is a random change.
The similarity between artificial and natural selection is that they are both weeding out unfavorable traits for favorable traits to be well equipped for survival.
The main difference to remember is that natural selection is a nonrandom process while genetic drift is a random process.
No, natural selection works on that genetic variation presented to it.
Genetic change is necessary for natural selection to take place
Natural selection can only work on genetic variation that already exists. So mutation comes first, then natural selection.
The similarity between artificial and natural selection is that they are both weeding out unfavorable traits for favorable traits to be well equipped for survival.
The main difference to remember is that natural selection is a nonrandom process while genetic drift is a random process.
Genetic variation in itself does not 'support' natural selection: it is what natural selection acts upon.
No, natural selection works on that genetic variation presented to it.
Together, genetic mutation and natural selection determine in what 'direction' evolution proceeds.
Without genetic diversity, natural selection cannot occur
Natural variation, natural selection, artificial selection, genetic engineering, etc.
No, there is no genetic variation upon which natural selection can operate.
Natural Selection.
Genetic variation. If there were no variation in the genes/phenotype then natural selection would have nothing to select from.
Genetic change is necessary for natural selection to take place
Natural selection can only work on genetic variation that already exists. So mutation comes first, then natural selection.