Cyclomedusa_Muséum_Grenoble_03082017 Type post Author Günter Bechly Date November 8, 2024 CategoriesEvolutionPaleontology Tagged , animals, dickinsoniids, Ediacaran biota, Epibaion, flatworms, Fossil Friday (series), jello, microbial mats, muscles, nervous system, Precambrian, protists, South Australia, trace fossils, Tribrachidium Fossil Friday: An Ediacaran Animal with a Question Mark Günter Bechly November 8, 2024 Evolution, Paleontology 8 To claim that such undefinable blobs in sandstone represent fossils of the oldest motile animals is massively overselling the evidence to say the least. Read More ›
Dickinsonia Type post Author Günter Bechly Date December 27, 2018 CategoriesBotanyEvolutionIntelligent Design Tagged , __k-review, anus, bacteria, bilateral symmetry, Cambrian Explosion, Cambrian News, cnidarians, ctenophores, Darwinian evolution, decomposition, Dickinsonia, dickinsoniids, Ediacaran biota, Epibaion, Facebook, fossils, fungi, glide symmetry, GUT, Ilya Bobrovskiy, Jochen Brocks, Mary Droser, Metazoa, morphology, mouth, paleontology, placozoans, protists, South Australia, sponges, Stanford University, University of California, Vendobionta #6 of Our Top Stories of 2018: Dickinsonia Probably Not an Ediacaran Animal Günter Bechly December 27, 2018 Botany, Evolution, Intelligent Design 42 So, do high levels of cholesterol biomarkers really suggest an animal affinity of Dickinsonia? Read More ›
Dickinsonia Type post Author Günter Bechly Date September 27, 2018 CategoriesBotanyEvolution Tagged , __k-review, anus, bacteria, bilateral symmetry, Cambrian Explosion, Cambrian News, cnidarians, ctenophores, Darwinian evolution, decomposition, Dickinsonia, dickinsoniids, Ediacaran biota, Epibaion, Facebook, fossils, fungi, glide symmetry, GUT, Ilya Bobrovskiy, Jochen Brocks, Mary Droser, Metazoa, morphology, mouth, paleontology, placozoans, protists, South Australia, sponges, Stanford University, University of California, Vendobionta Why Dickinsonia Was Most Probably Not an Ediacaran Animal Günter Bechly September 27, 2018 Botany, Evolution 41 So, do high levels of cholesterol biomarkers really suggest an animal affinity of Dickinsonia? Read More ›
