Apr 28, 2017 03:07 AM
https://www.theatlantic.com/science/arch...an/524433/
EXCERPT: [...] Viviane Slon from the Max Planck Institute for Evolutionary Anthropology and her colleagues have now managed to extract and sequence the DNA of ancient animals from sediment that’s up to 240,000 years old. By doing so, they can infer the presence of Neanderthals, Denisovans, and other extinct hominids without ever having to find their bones. “We were surprised by how well it works,” says Slon. “The success rates were amazing.” [...] Now that they know their techniques work, the team can check for hominid DNA in parts of the world where no fossils have been found, or where the historical presence of humans is unclear. For example, Shapiro wants to look at sediments across the Alaska routes that humans likely took on their way to colonizing the Americas. “This is a fantastically useful tool that will empower future archaeological research,” she says....
EXCERPT: [...] Viviane Slon from the Max Planck Institute for Evolutionary Anthropology and her colleagues have now managed to extract and sequence the DNA of ancient animals from sediment that’s up to 240,000 years old. By doing so, they can infer the presence of Neanderthals, Denisovans, and other extinct hominids without ever having to find their bones. “We were surprised by how well it works,” says Slon. “The success rates were amazing.” [...] Now that they know their techniques work, the team can check for hominid DNA in parts of the world where no fossils have been found, or where the historical presence of humans is unclear. For example, Shapiro wants to look at sediments across the Alaska routes that humans likely took on their way to colonizing the Americas. “This is a fantastically useful tool that will empower future archaeological research,” she says....
