What Is The Difference Between Convergent And Divergent Evolution

Moreover a further difference between convergent and divergent evolution is that the convergent evolution is a result of organisms living under similar environmental conditions while the divergent evolution is a result of organisms living in different environments and conditions.

While divergent evolution is rising to new species which may be identical in function but morphologically disparate from their ancestors. A type of evolution in which organisms are thought to have the same ancestor but separated over time. The essence of evolution is that it is slow gradual. The core difference between convergent and divergent evolution is that convergent evolution results in analogous structures whereas divergent evolution results in homologous structures.

An example is wings of birds bats insects. When different species evolve similarities in their characteristics and functions due to the adaptation to a particular environment. Divergent evolution demonstrates how species can have common anatomical structures which have evolved for different purposes. The main difference between convergent evolution and divergent evolution is that convergent evolution is the development of similar features in two species with different ancestral origins whereas divergent evolution is a process where two different species share a common ancestor.

Divergent is a type of evolution in which a single specie evolve different traits and diverge into two or more different species. Three main differences between convergent and divergent evolution are. Convergent evolution is the process where two or different species develop similar traits in spite having the different ancestor. Convergent evolution shows how species have evolved separately but have similar analogous structures.

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Convergent evolution happens in organisms that are not closely related while divergent evolution is observed in organisms that are closely related. Convergent evolution is the procedure where two or different species evolve similar traits in spite of having a distinct ancestor. Convergent evolution is a type of evolution in which two or more different species develop similar traits and evolve into a single species. An example is wings of birds bats insects whereas divergent evolution gives rise to new species which may be similar in function but morphologically different from their ancestors.

If evolution were to take place in leaps and bounds there could arise a situation where divergence would in fact lead to convergence. When an ancestral species diverges into multiple different species ultimately giving rise to new species. Divergence makes sense only in the light of gradualism.