Erythrobatrachus noonkanbahensis (foreground) and Aphaneramma (middle ground)
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Since the beginning of 2026, with only a few days spent on other projects, I’ve been able to write one or two articles every day about yet another paper that comprehensively refutes basic creationist dogma and illustrates the strength of the Theory of Evolution as the grand unifying theory of biology, without which little of it would make sense. Over the same period, there has not been the faintest hint of a paper providing peer-reviewed support for ID creationism, or even suggesting that the Theory of Evolution is in crisis and in need of replacement because it cannot explain the facts.
Today is no exception, with the second such paper. The first showed how people were using signs and patterns to communicate ideas 30,000 years before creationists think Earth was created; this one discusses the fossil record from 250 million years ago and what it tells us about the evolution of early marine tetrapods — animals that had returned to the marine environment from which their ancestors had originally emerged and had become apex predators. In this case, the focus is on an amphibian that had converged on a body shape resembling a crocodile.
It also shows how an environmental catastrophe — itself utterly inconsistent with creationist notions of a created perfection ideally suited for life — created opportunities that could be exploited by the evolutionary process, allowing surviving lineages to radiate into new species, exactly as evolutionary theory predicts. Again, this stands in stark contrast to the childish notion of special creation without ancestors by some unexplained magical process.
The paper, by an international team led by Dr Lachlan Hart of the University of New South Wales, has just been published in the Journal of Vertebrate Paleontology. It explains how fossils of a marine amphibian, Erythrobatrachus noonkanbahensis, found in the Blina Shale and originally described in 1972 from material recovered in the 1960s, turn out on re-examination to represent two different species, one of which rapidly achieved a near-global distribution, probably by coastal dispersal around the supercontinent Gondwana.
These species appear to have flourished soon after the ‘Great Dying’, the end-Permian mass extinction event that saw the disappearance of 90–96% of all species (around 96% of marine species and 70% of terrestrial species).
Dr Hart has explained his team’s research and its significance in a University of New South Wales news item. He has also written an article in The Conversation, reproduced below under a Creative Commons licence, reformatted for stylistic consistency. First, background information on the end Permian mass extinction or 'Great Dying':


































