Hominin Fossils Yield Uncooperative DNA Data

“Now we have to rethink the whole story.”

Scientists continue to improve their amazing ability to recover microscopic DNA molecules from ancient fossils and this new source of old data is causing problems for evolution. The latest finding, published earlier this month, comes from hominin fossils found in caves in northern Spain. In recent decades fossils from a few dozen individuals have been found in these caves. According to evolution these fossils should have been ancestors of the Neanderthals but the recovered DNA have falsified this expectation. Instead the DNA is more closely related to the Denisovans, so named after the Siberian cave where their bones were discovered. This is not a minor problem and, once again, evolutionists struggle to reconcile their theory with the evidence as these quotes reveal:

“Right now, we’ve basically generated a big question mark.”

“Everybody had a hard time believing it at first.”

“Now we have to rethink the whole story.”

“It’s extremely hard to make sense of. We still are a bit lost here.”

As science writer Carl Zimmer put it, “The new finding is hard to reconcile with the picture of human evolution that has been emerging based on fossils and ancient DNA.” In other words, the data do not fit the theory.

Once again evolution must be patched up, and once again it takes on increasing levels of complexity to accommodate the uncooperative data.  As one evolutionist admitted, “The more we learn from the DNA extracted from these fossils, the more complicated the story becomes.”

In fact evolutionists are now considering several new stories. Perhaps the fossil species from the Spanish caves are not true Neanderthals, but belonged to the ancestors of both Denisovans and Neanderthals.

Or perhaps the newly discovered DNA was passed to both Neanderthals and Denisovans, but eventually disappeared from Neanderthals. On the other hand, perhaps the Spanish fossils belong to yet another branch of humans altogether—Homo erectus.

Scientific theories are supposed to be parsimonious. Geocentrism required dozens and dozens of epicycles, but with heliocentrism the data fell neatly into place according to the simple idea that the planets revolve about the Sun.

Evolution is far beyond geocentrism in its level of complexity. As new findings stream in evolutionary theory must be modified with so many of its own epicycles. Rather than explain the natural world, evolution is more often surprised by nature. Its predictions are routinely false and evolution appears to be more of an after-the-fact tautology than an insightful description of reality.