Match the following descriptions to evolutionary forces 1 Some individuals withi

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Match the following descriptions to evolutionary forces
1 Some individuals within a population that enable them to survive and reproduce more successfully than others. Through time, those traits become more numerous A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
2 When individuals migrate from one popualtion to another, they take their genes with them, changing allele frequencies in populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
3 An actual change in genetic material, introducing a brand new source of variation. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
4) A shift in gene frequencies through time, more pronounced in smaller populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
5) A drastic reduction in population numbers, often reducing genetic diversity. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck. Match the following descriptions to evolutionary forces
1 Some individuals within a population that enable them to survive and reproduce more successfully than others. Through time, those traits become more numerous A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
2 When individuals migrate from one popualtion to another, they take their genes with them, changing allele frequencies in populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
3 An actual change in genetic material, introducing a brand new source of variation. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
4) A shift in gene frequencies through time, more pronounced in smaller populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
5) A drastic reduction in population numbers, often reducing genetic diversity. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
1 Some individuals within a population that enable them to survive and reproduce more successfully than others. Through time, those traits become more numerous A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
2 When individuals migrate from one popualtion to another, they take their genes with them, changing allele frequencies in populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
3 An actual change in genetic material, introducing a brand new source of variation. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
4) A shift in gene frequencies through time, more pronounced in smaller populations. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.
5) A drastic reduction in population numbers, often reducing genetic diversity. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck. A) Natural selection. B) Genetic drift. C) Gene flow. D) Mutation. E) Bottleneck.

Explanation / Answer

1)- option a is correct because in natural selection some species survive better than others.

2)- option c is correct because gene flow affect the allele frequency.

3)- option d is correct because mutation is the source of new variations.

4)- option b is correct because genetic drift occur in small population.

5)- option e is correct because it is the reduction of population size due to environmental events.

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