Genetic drift operates in
Genetic drift operates in
- [NEET 2016]
- A
small isolated population
- B
large isolated population
- C
non reproductive population
- D
slow reproductive population.
Similar Questions
The frequency of an allele in an isolated population may change due to
The chance of elimination of genes from a small population is an example of
The chance of elimination of genes from a small population is an example of
Give scientific reasons : Genetic drift is much more likely to change allele frequencies in a small population rather than large population.
Give scientific reasons : Genetic drift is much more likely to change allele frequencies in a small population rather than large population.
Name the type of natural selection depicted in the given diagram (type $I,$ type $II$ and type $III$)
$[Image]$
Type $I$ Type $II$ Type $III$
Name the type of natural selection depicted in the given diagram (type $I,$ type $II$ and type $III$)
$[Image]$
Type $I$ Type $II$ Type $III$
$^{\prime} XX ^{\prime}$ is a type of selection process in evolution $^{\prime} XX ^{\prime}$ promotes the population changes in one particular direction $^{\prime} XX ^{\prime}$ favours small or large sized individuals, mean size of population changes in $^{\prime} XX ^{\prime}$. Identify $^{\prime} XX^{\prime}$
$^{\prime} XX ^{\prime}$ is a type of selection process in evolution $^{\prime} XX ^{\prime}$ promotes the population changes in one particular direction $^{\prime} XX ^{\prime}$ favours small or large sized individuals, mean size of population changes in $^{\prime} XX ^{\prime}$. Identify $^{\prime} XX^{\prime}$