This video picks up the account of human evolution with Homo Habilis, the earliest currently accepted member of our genus and describes the similarities and differences between this form and the Australopithecines. It then continues with a discussion and demonstration of the features of the African Homo Erectus and the Asian forms including the material from Java and from China.
"This video picks up the account of human evolution with Homo Habilis, the earliest currently accepted member of our genus and describes the similarities and differences between this form and the Australopithecines. It then continues with a discussion and demonstration of the features of the African Homo Erectus and the Asian forms including the material from Java and from China."@en
"This video picks up the account of human evolution with Homo Habilis, the earliest currently accepted member of our genus and describes the similarities and differences between this form and the Australopithecines. It then continues with a discussion and demonstration of the features of the African Homo Erectus and the Asian forms including the material from Java and from China."
"Using fossil casts of skulls and bones, Dr. Anne Zeller investigates the pattern of morphological changes in human evolution since the Pleistocene era. Through comparison of skull areas such as the supra orbital torus, temporal fossa, zygomatic regions, and ramus, and examination of teeth, Dr. Zeller discusses Homo habilis, Homo erectus, archaic Homo sapiens, Neandertal man, and Homo sapiens sapiens, and their emergence in Java, China, and Spain."@en
"Using fossil casts of skulls and bones, Dr. Zeller investigates the pattern of morphological changes in human evolution since the Pleistocene era. Through comparison of skull areas such as the supra orbital torus, temporal fossa, zygomatic regions, and ramus, and examination of teeth, Dr. Zeller discusses Homo habilis, Homo erectus, archaic Homo sapiens, Neandertal man, and Homo sapiens sapiens."
"Using fossil casts of skulls and bones, Dr. Zeller investigates the pattern of morphological changes in human evolution since the Pleistocene era. Through comparison of skull areas such as the supra orbital torus, temporal fossa, zygomatic regions, and ramus, and examination of teeth, Dr. Zeller discusses Homo habilis, Homo erectus, archaic Homo sapiens, Neandertal man, and Homo sapiens sapiens."@en
"Using fossil casts of skulls and bones, Dr. Zeller investigates the pattern of morphological changes in human evolution since the Pleistocene era. Through comparison of skull areas such as the supra orbital torus, temporal fossa, zygomatic regions, and ramus, and examination of teeth, Dr. Zeller discusses Homo habilis, H. erectus, archaic H. sapiens, Neandertal man, and H. sapiens sapiens."@en
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