"We know that parallel, or convergent, evolution is very common at the level of morphology—birds can fly, insects can fly, bats can fly, and they've all evolved this capability independently.

Parallel evolution is the independent evolution of similar traits, starting from a similar ancestral condition. Frequently this is the situation in more closely related lineages, where several ...

To what extent is the convergent evolution of protein function attributable to convergent or parallel changes at the amino acid level? The mutations that contribute to adaptive protein evolution ...

"We know that parallel, or convergent, evolution is very common at the level of morphology—birds can fly, insects can fly, bats can fly, and they've all evolved this capability independently ...

This phenomenon is thought to arise either from convergent evolution under parallel selection or from the preservation of ancient allelic lineages beyond speciation events (trans-species polymorphism, ...

Animals can evolve separately but end up evolving toward other species, too, or even spontaneously evolve the same characteristics in totally separate groups. Birds and bats can both fly using ...

Convergent Evolution This illustration shows an example of convergent evolution in four different animals from around the globe. They may look similar, but it's not because they're close relatives.

Species adapt and evolve in strikingly similar or distinct ways. Uncover the different pathways between convergent and divergent evolution.

"We know that parallel, or convergent, evolution is very common at the level of morphology---birds can fly, insects can fly, bats can fly, and they've all evolved this capability independently.