PREHISTORIC LIFE

PREHISTORIC LIFE

Tag Trace Fossils

The Ediacaran

Protosomes: Meet Earth’s First Ancient Monsters to Rise from the Deep

protostomes, protostomia, classification, characteristics, synapomorphies, about, first, fossils, museums, which animals are, are humans protostomes, what are protostomes, fossil locations, documentaries, arthropods, mollusks, molluscs, annelids

The Ediacaran

Bilateria: The First 3D Animals who Forever Changed the Face of Prehistoric Earth

bilateria, bilaterians, meaning, animals, classification, characteristics, synapomorphies, non bilaterian, What is meant by bilateria, What is the meaning of Bilateria, What organisms are Bilateria, Which 2 groups make up the bilaterians

The Cryogenian

Eumetazoa: The First Animals with Neurons & Tissue Organs Appear on Prehistoric Earth

eumetazoa, eumetazoans, meaning, animals, classification, characteristics, synapomorphies, parazoa, What is meant by Eumetazoa, Are all animals eumetazoans, What is the difference between Eumetazoa and Metazoa, What is the difference between Bilateria and Eumetazoa, difference, between, Bilateria, metazoa, fossil, origins

The Cryogenian

The First True Animals: This is How, When and Why Metazoans Show Up on Earth

true animals, metazoa, animalia, animals, true, animal, kingdom, eukaryotes, sponges, porifera, corals, jellyfish, vertebrates, chordates, origins, molecular clock, characteristics, synapomorphies, what is an animal, difference between animals and plants, difference, between, animals and plants, animal and fungi, prehistoric

The Ediacaran

Charnia Masoni: The Ediacaran’s First Proof of Complex Life Before the Cambrian

charnia masoni, charnia, fossil, age, size, why did charnia go extinct, Why was Charnia significant, who found charnia, when charnia lived, how charnia lived, why, lived, when, extinct, eiacaran, biota, how, live, who found, discovery, first, description, rangeomorph, holotype, where, documentary, Roger Mason, Trevor D. Ford, multicellular organisms, paleontology, Ediacaran biota, Ediacaran extinction, sea pens relationship, Charnia morphology, frond-like organisms, Petalonamae, Charniidae