Keichousaurus_hui_fossil Type post Author Günter Bechly Date October 13, 2023 CategoriesIntelligent DesignPaleontology Tagged , allometric growth, crocodilians, Darwinian mechanisms, Early Triassic, fish, flippers, fossil record, giraffes, humans, ichthyosaurs, intelligent design, lizards, macromutations, mammals, marine reptiles, Mesozoic, mutations, neck, nothosaurs, paleontology, Permian, plesiosaurs, population genetics, sea snake, sea turtle, sloths, stem group, vertebrae, vertebrates Fossil Friday: Rapid Elongation of Plesiosaur Necks Points to Intelligent Design Günter Bechly October 13, 2023 Intelligent Design, Paleontology 7 The breaking of the conserved number of cervical vertebrae is hard to reconcile with an unguided evolutionary mechanism. Read More ›
bone Type post Author David Coppedge Date October 24, 2022 CategoriesBiologyIntelligent DesignScience Tagged , allometric growth, bones, evolution, foresight, hierarchy, intelligent design, Irreducible Complexity, mechanism, mutations, neo-Darwinian mechanism, PLOS Biology, regulatory control, tissues Bone Growth Demonstrates Irreducible Complexity and Hierarchical Control David Coppedge October 24, 2022 Biology, Intelligent Design, Science 7 How does a bone “know” to keep its structures at proper ratios along its length as it grows? Read More ›
