I presume you mean the fossil primate, Lucy. Lucy provides evidence that hominids walked upright before developing a large brain; the fossil has a "modern" pelvis but a small brain - if you saw the animal alive, you might think it is a rather odd looking ape - appearing like a chimp but walking upright. The fossil concerns the evolution of modern man.
At the time of discovery, Australopithecus afarensis was one of the most complete transitional fossils between basal hominins and modern man to be found. It gave evidence of advanced bipedality. It really brought home to scientists and laymen alike that common ancestry was true for humans as well as for all the other animals.
Of course it was only one, and many more transitional forms have been found before and since Lucy, some nearly as complete or even more so. These days, it hardly ever reaches the newspapers anymore when a new "missing link" is found.
Contingent evolution is one of the forces of Darwin's theory of evolution. It is based on the concept of how power of accidents and happenstance shape the course of evolution.
Eevee's evolution are not legendary.
Evolution of Development Administration?
Carnivine does not have an evolution, although he may in the future...
evolution of retail in india
Lucy's discovery of the Australopithecus afarensis remains was significant because it provided key insights into human evolution. The discovery showed that bipedalism preceded the development of a larger brain, challenging previous ideas about the evolution of early humans. Lucy's remains helped researchers better understand the timeline of human evolution and the characteristics of our ancestors.
Donald C. Johanson has written: 'Ancestors' -- subject- s -: Origin, Human beings, Prehistoric peoples, Human evolution 'Lucy's legacy' -- subject- s -: Origin, Lucy - Prehistoric hominid -, Australopithecus afarensis, Human beings, OverDrive, Nonfiction, Science 'Lucy's child' 'An odontological study of the chimpanzee with some implications for hominoid evolution' 'Lucy, the Beginning of Mankind'
Some tell us that Lucy, the name given a fossil found by paleontologist Donald C. Johanson in Hadar, Ethiopia, is the ancestor of humans, and her differences from us are based on evolution.
The discovery of Lucy, an ancient hominid fossil, was fascinating to scientists because she provided crucial insights into human evolution. Lucy's skeleton revealed characteristics of bipedalism that helped researchers better understand how early hominids walked upright, which was a significant development in human evolution. Additionally, Lucy's age and completeness made her a key specimen for studying our evolutionary history.
Lucy was one of the very first nearly complete fossils to be found of the species Australopithecus afarensis, a morphological intermediate between more basal species of ape and modern humans.
Lucy, the famous Australopithecus afarensis fossil, was discovered in 1974 by paleoanthropologist Donald Johanson in Hadar, Ethiopia. Lucy is an important specimen in the study of human evolution due to her completeness and age, dating back around 3.2 million years.
Donald Johanson, along with his team, discovered the fossilized remains of a hominid skeleton in Ethiopia in 1974, which they named Lucy. This discovery was significant because it provided insights into human evolution, as Lucy was one of the earliest known ancestors of modern humans. Lucy's skeleton revealed important information about bipedalism and the characteristics of early hominids.
Lucy, also known as AL 288-1, is a fossil of a hominin species called Australopithecus afarensis. Discovered in Ethiopia in 1974, Lucy is significant to the anthropological world because she provides valuable insights into human evolution. Lucy is one of the most complete early human skeletons ever found and has helped researchers understand the locomotion and behavior of early hominins.
Lucy the ape, an Australopithecus afarensis, taught us about early hominid behavior, anatomy, and locomotion. By studying her fossils, scientists have gained insights into the evolutionary history of humans and our ancestors. Lucy's discovery also provided evidence that upright walking evolved before large brains in human evolution.
Both Handyman and Lucy were highly adaptable and resourceful individuals who were able to solve problems and overcome challenges through their ingenuity and creativity. They both demonstrated strong problem-solving skills and showed a willingness to try new approaches in order to achieve their goals.
The most important fact was that Lucy (Australopithecus afarensis) represented a transitional species between apes and humans, providing crucial evidence for the theory of human evolution. Additionally, Lucy's skeletal features, such as bipedalism and brain size, were key in understanding the evolution of early hominins. This discovery revolutionized our understanding of human origins and the timeline of hominin evolution in Africa.
The discovery of Lucy, a nearly complete Australopithecus afarensis skeleton, was significant because it provided important insights into human evolution. Lucy offered evidence of bipedalism in early hominins, helping researchers understand the development of human locomotion. Additionally, the find helped bridge the evolutionary gap between apes and humans, shedding light on our shared ancestry.