On this episode of ID the Future, biologist and professor Robert Waltzer talks with host Andrew McDiarmid about Waltzer’s chapter in the new Discovery Institute Press volume Evolution and Intelligent Design in a Nutshell. Waltzer’s chapter covers some key terms in the evolution/ID conversation that are often misunderstood or misused. These include the word “evolution” itself, “change over time,” “common descent,” and “natural selection.” He offers quick definitions and explains some of the confusion surrounding them. Waltzer also describes an encouraging success story of his about fostering open dialogue and exploration of the evidence for design in nature.
On this episode of ID the Future, paleontologist Günter Bechly speaks again with host Andrew McDiarmid about the growing case against Darwinian gradualism. Bechly points out two more cases where fossil discoveries refuted Darwin’s prediction of gradualism in species transitions. In one of the classic showcases for such alleged transitions, between two species of deep-sea protists called foraminifera, more recent research showed their speciation to be abrupt and not an ancestor-descendent sequence. And fossil freshwater snails from Germany, once viewed as another textbook example of gradual speciation, were discovered not to be separate species at all. Is there a paradigm change coming in evolutionary studies? Nothing fits the data better than intelligent design.
On this episode of ID the Future, paleontologist Günter Bechly and host Andrew McDiarmid discuss Bechly’s article “Ape-Man Waves Goodbye to Darwinian Gradualism.” Bechly touches on the oldest australopithecine fossil skull ever found, from 3.8 million years ago. The researchers behind the find are confident of its age but puzzled because the discovery undercuts one of the best examples of alleged gradual transition between two hominid species, and it also doesn’t fit well with common theories of phylogenetic relationship. The evidence poses a significant problem for the Darwinian mechanistic paradigm, but can be readily explained with an intelligent design approach.