"Now, a recent article at Science Daily, "Turn back the molecular clock, say Argentina's plant
fossils," reveals that not only do molecular clocks sometimes tick too fast, but alternatively they may also tick "too slowly." More precisely put, sometimes molecular clocks show fewer molecular differences than an evolutionary interpretation of the fossil record would predict. The article explains why this indicates that molecular clocks are untrustworthy:
fossils," reveals that not only do molecular clocks sometimes tick too fast, but alternatively they may also tick "too slowly." More precisely put, sometimes molecular clocks show fewer molecular differences than an evolutionary interpretation of the fossil record would predict. The article explains why this indicates that molecular clocks are untrustworthy:
The finding suggests serious biases in molecular clocks, which are heavily used to date many kinds of living things. ... "Paleontology and molecular clocks have a long, uneasy relationship," said Peter Wilf, a paleobotanist and professor of geoscience, Penn State. "Paleontologists want molecular clocks to work. However, for years we have seen molecular dates, mostly for very deep evolutionary events, that are much older than the corresponding fossils. This situation has been a frustrating Catch-22 because if the clocks are wrong, no fossils exist that could demonstrate they are wrong. Here, we looked at many new plant fossils from the extremely productive region of Patagonia, and we found the opposite, that the fossils are much older than the clock dates. In this case, we can definitely say that the clocks are wrong. The fossils prove it." EN&V
Professing themselves to be wise, they became fools, Romans 1:22