Central China - Scientist have discovered an important pair of partial human skulls that could answer all the mysteries and questions about the human evolution. The scientist claimed that the skulls discovered in China have several correlations both extinct and modern human species.

Zhan-Yang Li, who led the paleontologists from Chinese Academy of Sciences in Beijing have started their exploration and have a found a significant two fossils of human skulls. According to the radioactive carbon, the fossils are about 105,000 to 125,000 years old and through their study, they found that the skulls were more genetically linked across Eurasia.

Researchers revealed the gathered data and claimed that the fossils have larger skulls like the modern human species. The structures of the inner ears somehow linked with the Neanderthals, the broad and low skulls also shows similarities with earlier humans. The data revealed in the journal of Science and the co-author, Erik Trinkaus stated that he don't want to conclude that theses fossils are those of hybrids.

Trinkaus refuse to think the skulls are hybrid due to hybridization implies all of these group were discrete and separated. More to him, he claimed how tricky to determine that immediate predecessors of modern human skulls within fragmentary nature of human fossils. Revealing details from the site helps scientists understand the aspect of human evolution.

According to Live Science, the evolution was first started 150,000 to 200,000, the migration of modern human started from Africa 100,000 years according to the genetic and archeological findings. Archaic humans, known as the earlier group left Africa and Neanderthal people lived in Europe Asia in 200,000 to 40,000 years.

Yang Li's team found over 20 other mammal species on the site that includes deer, horses, rodents, gazelles, and rhinos. Six of specimens suggests that human hunt them as prey with the cut marks on their bones. With the result of the study, researchers planned for more field works, collect more skulls and bones for the total structure of their face and skull.

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