Uncommon Descent Serving The Intelligent Design Community

Human evolution: “Not as rigid as thought,” Neanderthals ate fish

Researcher: This study provides indirect support to the idea that Middle Palaeolithic Hominins, probably Neandertals, were able to consume fish when it was available, and that therefore, the prey choice of Neandertals and modern humans was not fundamentally different. Read More ›

Debating Darwin and Design: Science or Creationism? (7) – Joshua Gidney’s Third Response

After another unfortunately lengthy break, we’re at it again. This post is my latest response to Francis Smallwood. Francis is first and foremost, a dear friend, but also a Christian neo-Darwinist. He writes at his blog Musings of Science. This response is part of a long-term (hopefully lifelong), dialogue on many different topics relating to the theory of intelligent design and neo-Darwinism. We are both very excited about continuing this project. Francis’ previous response can be found here: http://musingsofscience.wordpress.com/2012/02/26/debating-darwin-and-design-science-or-creationism-4/ Debating Darwin and Design A dialogue between two Christians 1. Is Intelligent Design science or ‘creationism in a cheap tuxedo’? 12th September 2013 Joshua Gidney – Third Response   One of the many benefits of taking part in a written dialogue, Read More ›

Darwin’s Dilemma Remains Unresolved: What Lee’s Paper Didn’t Discuss

There has been much hullabaloo lately regarding a new paper published by a team of researchers, led by Associate Professor Michael Lee of the University of Adelaide, claiming that the abrupt appearance of dozens of animal groups in the early Cambrian period is no great mystery: rates of both morphological and genetic evolution were five times faster than today, that’s all. According to the paper, these rates “are still consistent with evolution by natural selection…, potentially resolving ‘Darwin’s dilemma.’” Are they right? The authors of the paper, Michael Lee, Julien Soubrier and Gregory Edgecombe, attempted to measure the rate of evolution at two levels: the phenotypic level (which mostly relates to changes in an organism’s form and structure) and the Read More ›