The bones, which the team dated to nearly 12 million years ago, suggest that bipedalism might have evolved in a common ancestor of humans and other great apes living in Europe, and not in more-recent ...

How did humans evolve into the big-brained, bipedal ape that we are today? This article examines the fossil evidence of our 6 million year evolution. Darwin's great insight, and the unifying ...

This evidence is crucial in piecing together ... provide insight into human evolution. These fossils help trace the development of bipedalism and other traits that distinguish humans from other ...

In a study published in The Journal of Human Evolution, it is revealed that Paranthropus robustus, a species of prehistoric human, were bipedal and walked upright much like ... Damage on the surface ...

Known as the Bayanshiree Formation, this area is a hotspot for dinosaur fossils, thanks to its arid conditions and layers of ...

Bur recent fossil evidence suggests that feathers ... But in a small, lightly built bipedal predator leaping into the air to catch insect prey, even primitive feathers could have given a small ...

Initial findings have determined the fossil was a specimen of the Herrerasauridae family, which were bipedal carnivores with long tails found in the area of modern-day Brazil and Argentina.