RARE BOOKS UJ. Copyright in Relation to This Thesis*
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Dental Pathology, Wear and Developmental Defects in South African Hominins
Dental pathology, wear and developmental defects in South African hominins IAN EDWARD TOWLE A thesis submitted in partial fulfilment of the requirements of Liverpool John Moores University for the degree of Doctor of Philosophy June 2017 Abstract Studying different types of dental pathology, wear, and developmental defects can allow inferences into diet and behaviour in a variety of ways. In this project data on these different variables were collected for South African hominins and compared with extant primates. The species studied include Paranthropus robustus, Australopithecus africanus, A. sediba, early Homo, Homo naledi, baboons, chimpanzees and gorillas. Macroscopic examination of each specimen was performed, with a 10X hand lens used to verify certain pathologies. Variables recorded include antemortem chipping, enamel hypoplasia, caries, occlusal wear, tertiary dentine, abscesses, and periodontal disease. Clear differences in frequencies were found in the different South African hominin species. Homo naledi displays high rates of chipping, especially small fractures above molar wear facets, likely reflecting a diet containing high levels of contaminants. Other noteworthy results include the high levels of pitting enamel hypoplasia in P. robustus molars compared to other species, likely due to a species-specific enamel formation property or developmental disturbance. The low rates of chipping in P. robustus does not fit with this species being a hard food specialist. Instead, the wear best supports a diet of low-quality tough vegetation. Australopithecus africanus likely had a broad diet, with angled molar wear, lack of caries, and high chipping frequencies supporting this conclusion. Seven new carious lesions are described, two from H. naledi and five P. -
Pleistocene Palaeoart of Africa
Arts 2013, 2, 6-34; doi:10.3390/arts2010006 OPEN ACCESS arts ISSN 2076-0752 www.mdpi.com/journal/arts Review Pleistocene Palaeoart of Africa Robert G. Bednarik International Federation of Rock Art Organizations (IFRAO), P.O. Box 216, Caulfield South, VIC 3162, Australia; E-Mail: [email protected]; Tel.: +61-3-95230549; Fax: +61-3-95230549 Received: 22 December 2012; in revised form: 22 January 2013 / Accepted: 23 January 2013 / Published: 8 February 2013 Abstract: This comprehensive review of all currently known Pleistocene rock art of Africa shows that the majority of sites are located in the continent’s south, but that the petroglyphs at some of them are of exceptionally great antiquity. Much the same applies to portable palaeoart of Africa. The current record is clearly one of paucity of evidence, in contrast to some other continents. Nevertheless, an initial synthesis is attempted, and some preliminary comparisons with the other continents are attempted. Certain parallels with the existing record of southern Asia are defined. Keywords: rock art; portable palaeoart; Pleistocene; figurine; bead; engraving; Africa 1. Introduction Although palaeoart of the Pleistocene occurs in at least five continents (Bednarik 1992a, 2003a) [38,49], most people tend to think of Europe first when the topic is mentioned. This is rather odd, considering that this form of evidence is significantly more common elsewhere, and very probably even older there. For instance there are far less than 10,000 motifs in the much-studied corpus of European rock art of the Ice Age, which are outnumbered by the number of publications about them. -
Surface Model and Tomographic Archive of Fossil Primate and Other
RESEARCH ARTICLE Surface Model and Tomographic Archive of Fossil Primate and Other Mammal Holotype and Paratype Specimens of the Ditsong National Museum of Natural History, Pretoria, South Africa Justin W. Adams1*, Angela Olah2,3, Matthew R. McCurry1,3, Stephany Potze4 a11111 1 Department of Anatomy and Developmental Biology, Faculty of Medicine, Nursing and Health Sciences, Monash University, Clayton, Victoria, Australia, 2 Department of Biological Sciences, Faculty of Sciences, Monash University, Clayton, Victoria, Australia, 3 Geosciences, Museum Victoria, Carlton, Victoria, Australia, 4 Plio-Pleistocene Palaeontology Section, Department of Vertebrates, Ditsong National Museum of Natural History, Pretoria, South Africa * [email protected] OPEN ACCESS Citation: Adams JW, Olah A, McCurry MR, Potze S (2015) Surface Model and Tomographic Archive of Abstract Fossil Primate and Other Mammal Holotype and Nearly a century of paleontological excavation and analysis from the cave deposits of the Paratype Specimens of the Ditsong National Museum of Natural History, Pretoria, South Africa. PLoS ONE Cradle of Humankind UNESCO World Heritage Site in northeastern South Africa underlies 10(10): e0139800. doi:10.1371/journal.pone.0139800 much of our understanding of the evolutionary history of hominins, other primates and other Editor: Brenda A Wilson, University of Illinois at mammal lineages in the late Pliocene and early Pleistocene of Africa. As one of few desig- Urbana-Champaign, UNITED STATES nated fossil repositories, the Plio-Pleistocene Palaeontology Section of the Ditsong National Received: January 29, 2015 Museum of Natural History (DNMNH; the former Transvaal Museum) curates much of the mammalian faunas recovered from the fossil-rich deposits of major South African hominin- Accepted: September 17, 2015 bearing localities, including the holotype and paratype specimens of many primate, carni- Published: October 6, 2015 vore, and other mammal species (Orders Primates, Carnivora, Artiodactyla, Eulipotyphla, Copyright: © 2015 Adams et al. -
Teaching Materials Associated with Module 1 Taung Child
Teaching Materials Associated With Module 1 Taung Child: - Discovered in 1924 by Australian anatomy professor Raymond Dart - Among the first human fossils to be found in Africa - Dated to between 2.5 and 3 million years ago - Based on dental eruption patterns, Taung child’s age at death was ~3.3 years old - It is thought that an eagle killed Taung child based on what appear to be talon puncture marks on the skull Discovery of Taung Child: - Dart’s discovery: “Australian anatomy professor Raymond Dart was adjusting the collar of his dress suit in preparation for a friend’s wedding when a box, shipped from a limestone quarry near Taung, South Africa, arrived at the doorstep of his Johannesburg home in November 1924. Dart abandoned his collar to dig through the package’s contents—all the while ignoring the grumblings of his wife and the groom, who were anxious to begin the wedding ceremony. Inside the box, he found a fossilized mold of a brain and a matching child’s skull partially buried in stone. Dart quickly realized the significance of the finding, and by February 1925 had published an article in Nature identifying a new species: Australopithecus africanus. The 2.5-million-year-old “Taung Child” or “Taung Baby,” as Dart called it, was the first member of the Australopithecus genus discovered, and it challenged contemporary ideas about human evolution.” – The Scientist Magazine - This can be considered “armchair paleoanthropology” as Dart did not participate in the excavation of Taung child himself. Instead, he was sent the samples and completed the analysis from Johannesburg. -
1St Uj Palaeo-Research Symposium
PROGRAMME 1ST UJ PALAEO-RESEARCH SYMPOSIUM in combination with the 2ND PALAEO-TRACKS SYMPOSIUM Monday 13 November 2017 Funded by the African Origins Platform of the National Research Foundation of South Africa Through the Palaeo-TrACKS Research Programme 08:30 Arrival, coffee & loading of Power Point presentations Freshly brewed tea and coffee with a selection of freshly baked croissants, Danish pastries & muffins 09:00 5 min Welcome Prof Alex Broadbent (Executive Dean of Humanities & Professor of Philosophy, University of Johannesburg) Introduction of Chairs Morning session: Prof Kammila Naidoo, Humanities Deputy Dean Research & Professor of Sociology Afternoon session: Prof Marlize Lombard, Director of the Centre for Anthropological Research 09:05 10 min Opening address Prof Angina Parekh (Deputy Vice Chancellor: Academic and Institutional Planning, University of Johannesburg) SESSION 1: INVITED KEYNOTE LECTURES 09:15 30 min The Rising Star fossil discoveries and human origins Prof John Hawks (Vilas-Borghesi Distinguished Achievement Professor of Anthropology, University of Wisconsin-Madison, USA) Abstract: Discoveries in the Dinaledi and Lesedi Chambers of the Rising Star cave system have transformed our knowledge of South African fossil hominins during the Middle Pleistocene. The research strategies undertaken in the Rising Star cave system provide a strong framework for inter- disciplinary work in palaeo-anthropology. This talk gives an overview of the Rising Star research project, focusing on the processes that have enabled effective -
Additional Human Remains from Blombos Cave, South Africa
Frederick E. Grine Additional human remains from Blombos Departments of Anthropology Cave, South Africa: (1999–2000 & Anatomical Sciences, State excavations) University of New York, Stony Brook, New York 11794, U.S.A. E-mail: The uppermost Middle Stone Age (MSA) layers at Blombos Cave [email protected] contain high densities of Still Bay bifacial points. Information from other regional sites places the Still Bay prior to the Howiesons Poort industry, which has been dated at 65–70 ka. The Blombos Cave MSA Christopher S. strata have yielded nine human teeth or dental fragments. Four that Henshilwood were recovered during the 1997–1998 excavations have been pub- Department of Anthropology, lished elsewhere. The remaining five were discovered during the State University of New York, 1999–2000 field seasons; these are described here. Three of the new Stony Brook, New York specimens are deciduous teeth, and two are permanent premolar and 11794, U.S.A. and Iziko molar crown fragments. The entire dental sample probably represents Museums of Cape Town, at least five and as many as seven individuals. The deciduous teeth South African Museum, from the upper MSA levels are likely to have been exfoliated in the PO Box 61, Cape Town, cave. One deciduous tooth and the permanent tooth fragments 8000 South Africa. E-mail: from the lower MSA levels probably represent three individuals who [email protected] died in or near the cave. The Blombos Cave premolars preserve horizontal circum-cervical striae suggestive of palliative tooth pick Received 12 June 2001 use. Approximately half of the permanent and deciduous crown Revision received diameters exceed those of recent Africans; for the remainder, the 15 October 2001 and fossil values fall among modern African sample means. -
Early Hominidshominids
EarlyEarly HominidsHominids TheThe FossilFossil RecordRecord TwoTwo StoriesStories toto Tell:Tell: 1.1. HowHow hominidshominids evolvedevolved 2.2. HowHow interpretationsinterpretations changechange InsightInsight intointo processprocess PastPast && futurefuture changeschanges InteractingInteracting elements...elements... InterplayInterplay ofof ThreeThree ElementsElements “Hard” evidence Fossils Archeological associations Explanation Dates Reconstructions Anatomy Behavior Phylogeny Reconstruction Evidence Explanatory Frames Why did it happen? What does it mean? MutualMutual InfluenceInfluence WhereWhere toto start?start? SouthSouth Africa,Africa, 19241924 TaungTaung ChildChild Raymond Dart, 1924 Taung, South Africa Why did Dart call it a Hominid? TaungTaung ChildChild Raymond Dart, 1924 Taung, South Africa Australopithecus africanus 2.5 mya Four-year old with an ape-sized brain, humanlike small canines, and foramen magnum shifted forward NeanderthalNeanderthal HomoHomo sapienssapiens neanderthalensis neanderthalensis NeanderNeander Valley,Valley, Germany, Germany, 18561856 Age: 40-50,000 Significance: First human fossil acknowledged as such, and first specimen of Neanderthal. First dismissed as a freak, but Doctor J. C. Fuhlrott speculated that it was an ancient human. TrinilTrinil 1:1: “Java“Java Man”Man” HomoHomo erectuserectus Eugene Dubois, 1891 Trinil, Java, Indonesia Age: 500,000 yrs Significance: The Java hominid, originally classified as Pithecanthropus erectus, was the controversial “missing link” of its day. -
Sterkfontein (South Africa) Work, the Descent of Man
mankind, as Charles Darwin had predicted in his 1871 Sterkfontein (South Africa) work, The Descent of Man. Hence, from both an historical and an heuristic point of view, the Sterkfontein discoveries gave rise to No 915 major advances, factually and conceptually, in the understanding of the time, place, and mode of evolution of the human family. This seminal role continued to the present with the excavation and analysis of more specimens, representing not only the skull, endocranial casts, and teeth, but also the bones of the vertebral column, the shoulder girdle and upper Identification limb, and the pelvic girdle and lower limb. The Sterkfontein assemblage of fossils has made it Nomination The Fossil Hominid Sites of possible for palaeoanthropologists to study not merely Sterkfontein, Swartkrans, Kromdraai individual and isolated specimens, but populations of and Environs early hominids, from the points of view of their demography, variability, growth and development, Location Gauteng, North West Province functioning and behaviour, ecology, taphonomy, and palaeopathology. State Party Republic of South Africa The cave sites of the Sterkfontein Valley represent the Date 16 June 1998 combined works of nature and of man, in that they contain an exceptional record of early stages of hominid evolution, of mammalian evolution, and of Justification by State Party hominid cultural evolution. They include in the deposits from 2.0 million years onwards in situ The Sterkfontein Valley landscape comprises a archaeological remains which are of outstanding number of fossil-bearing cave deposits which are universal value from especially the anthropological considered to be of outstanding universal value, point of view. -
The Use of Ochre and Painting During the Upper Paleolithic of the Swabian Jura in the Context of the Development of Ochre Use in Africa and Europe
Open Archaeology 2018; 4: 185–205 Original Study Sibylle Wolf*, Rimtautas Dapschauskas, Elizabeth Velliky, Harald Floss, Andrew W. Kandel, Nicholas J. Conard The Use of Ochre and Painting During the Upper Paleolithic of the Swabian Jura in the Context of the Development of Ochre Use in Africa and Europe https://doi.org/10.1515/opar-2018-0012 Received June 8, 2017; accepted December 13, 2017 Abstract: While the earliest evidence for ochre use is very sparse, the habitual use of ochre by hominins appeared about 140,000 years ago and accompanied them ever since. Here, we present an overview of archaeological sites in southwestern Germany, which yielded remains of ochre. We focus on the artifacts belonging exclusively to anatomically modern humans who were the inhabitants of the cave sites in the Swabian Jura during the Upper Paleolithic. The painted limestones from the Magdalenian layers of Hohle Fels Cave are a particular focus. We present these artifacts in detail and argue that they represent the beginning of a tradition of painting in Central Europe. Keywords: ochre use, Middle Stone Age, Swabian Jura, Upper Paleolithic, Magdalenian painting 1 The Earliest Use of Ochre in the Homo Lineage Modern humans have three types of cone cells in the retina of the eye. These cells are a requirement for trichromatic vision and hence, a requirement for the perception of the color red. The capacity for trichromatic vision dates back about 35 million years, within our shared evolutionary lineage in the Catarrhini subdivision of the higher primates (Jacobs, 2013, 2015). Trichromatic vision may have evolved as a result of the benefits for recognizing ripe yellow, orange, and red fruits in front of a background of green foliage (Regan et al., Article note: This article is a part of Topical Issue on From Line to Colour: Social Context and Visual Communication of Prehistoric Art edited by Liliana Janik and Simon Kaner. -
Autumn Bargain Catalogue 2015
1 Autumn Bargain Catalogue 2015 Welcome to the latest edition of the Oxbow Bargain Catalogue, featuring a magnificent array of titles at the very best prices - with reductions ranging from 50 to over 90 per cent! From wide-ranging overviews to site-specific reports and from early hominids to the archaeology of modern conflict, we are sure that there will be something (hopefully many things!) here to tempt you. Many of the bargains are new to this catalogue, with great new prices on books from publishers such as the Society for Libyan Studies, the Getty Trust, the American School of Classical Studies in Athens, Spire Publications, the Society of Antiquaries (including an amazing deal on their corpus of the Roman Mosaics of Britain – see page 51) and many, many more. For an even bigger selection of bargain books, with new titles being added all the time, be sure to check the dedicated bargain section of our website - www. oxbowbooks.com/oxbow/bargains As ever stocks are limited, and will be allocated on a first-come, first-served basis, so please do get your orders in quickly to avoid disappointment, and feel free to phone us on 01865 241249 to check availability. With best wishes 2 General Interest and Method and Theory Glass of Four Millennia Ornaments from the Past Silver by Martine Newby. Bead Studies After Beck by Philippa Merriman. This book charts the development edited by Ian Glover, Jualian Silver has been used over of Glass over four millennia, from Henderson and Helen Hughes- the centuries for coinage, for 18th Dynasty Egypt, through to Brock. -
Raymond Dart Remembered Professor of Anatomy Palaeontologist
Raymond Dart Remembered (1893 – 1988) Professor of Anatomy Palaeontologist This appreciation of Raymond Dart is based on Professor Laurence Geffen’s inaugural address in 1991 as Dean of the Faculty of Medicine, University of Queensland (Dart’s Alma Mater) in Brisbane (Dart’s birthplace), and on an expanded version delivered to the Royal Australian and New Zealand College of Psychiatrists in 2012. (Circulated to the Class of 1960, as Newsletter #11 – Raymond Dart Newsletters) Page 1 of 13 The human brain is the most complicated known kilogram of matter in the universe. There is much debate about the evolutionary forces that directed the development of this marvellous organ, the understanding of which constitutes the ultimate frontier of biological research. As my title implies, I will focus on one of these forces, the dynamic interaction between that equally marvellous manipulative machine, the human hand, and the evolutionary development of the brain, an interaction facilitated by the adoption by our hominid ancestors of an upright, bipedal posture several million years ago. Let me state at the outset that the hidden hand in my lecture title does not refer to divine intervention, as portrayed in this iconic masterpiece by Michelangelo on the ceiling of the Sistine Chapel that depicts the hand of God reaching out to that of newly created Adam on the sixth day of Creation. Instead, it refers to the cryptic role that the manipulative properties of the human hand have played in guiding the evolution of the human brain. That is the background against which I wish to focus on the contribution of Raymond Arthur Dart, a Queenslander by birth, who migrated from Australia via the UK to South Africa to become Professor of Anatomy as a young man of 30 at the University of Witwatersrand in Johannesburg. -
DNH 109: a Fragmentary Hominin Near-Proximal Ulna from Drimolen, South Africa
Page 1 of 4 Research Letter DNH 109: A fragmentary hominin near-proximal ulna from Drimolen, South Africa Authors: We describe a fragmentary, yet significant, diminutive proximal ulna (DNH 109) from the Andrew Gallagher1 Lower Pleistocene deposits of Drimolen, Republic of South Africa. On the basis of observable Colin G. Menter1 morphology and available comparative metrics, DNH 109 is definitively hominin and is Affiliation: the smallest African Plio-Pleistocene australopith ulna yet recovered. Mediolateral and 1Department of anteroposterior dimensions of the proximal diaphysis immediately distal to the m. brachialis Anthropology and sulcus in DNH 109 yield an elliptical area (π/4 *m-l*a-p) that is smaller than the A.L. Development Studies, 333-38 Australopithecus afarensis subadult from Hadar. Given the unusually broad mediolateral University of Johannesburg, /anteroposterior diaphyseal proportions distal to the brachialis sulcus, the osseous development Johannesburg, South Africa of the medial and lateral borders of the sulcus, and the overall size of the specimen relative Correspondence to: to comparative infant, juvenile, subadult and adult comparative hominid ulnae (Gorilla, Pan Andrew Gallagher and Homo), it is probable that DNH 109 samples an australopith of probable juvenile age at death. As a result of the fragmentary state of preservation and absence of association with Email: taxonomically diagnostic craniodental remains, DNH 109 cannot be provisionally assigned [email protected] to any particular hominin genus (Paranthropus or Homo) at present. Nonetheless, DNH 109 Postal address: increases our known sample of available Plio-Pleistocene subadult early hominin postcrania. PO Box 524, Auckland Park 2006, South Africa Introduction Dates: Received: 05 Oct.