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More copies of this ISBN:This title in other formats:Biological Anthropologyby Craig Stanford
Synopses & ReviewsPublisher Comments:The only book that integrates the foundations and the most current innovations in the field from the ground up. Over the past twenty years, this field has rapidly evolved from the study of physical anthropology into biological anthropology, incorporating the evolutionary biology of humankind based on information from the fossil record and the human skeleton, genetics of individuals and of populations, our primate relatives, human adaptation, and human behavior . Stanford combines the most up-to-date, comprehensive coverage of the foundations of the field with the modern innovations and discoveries. Table of ContentsPart I: Foundations
Chapter 1: Introduction: What Is Biological Anthropology?
The Scope of Biological Anthropology Paleoanthropology Skeletal Biology and Human Osteology Paleopathology Forensic Anthropology Primatology Human Biology
The Roots of Modern Biological Anthropology
Anthropology and Its Other Subfields Cultural Anthropology Box 1.1 A Paradigm Split in Anthropology Archaeology Linguistic Anthropology
Biological Anthropology Today
Chapter 2: Origins of Evolutionary Thought
What Is Science?
The Early Thinkers The Roots of Modern Science Linnaeus and the Natural Scheme of Life
The Road to the Darwinian Revolution
The Uniformitarianists: Hutton and Lyell The Darwinian Revolution The Galápagos Refining the Theory of Evolution by Natural Selection Box 2.1 Darwin versus Wallace?
Response to Darwin
The Science and Creationism Question Box 2.2 What Is Intelligent Design?
Part II: Mechanisms of Evolution
Chapter 3: Genetics: Cells and Molecules Genetics The Study of Genetics Genetic Metaphors: Blueprints, Recipes, or What?
The Cell Cell Anatomy Box 3.1 Cloning Controversies
DNA Structure and Function
DNA Structure I: The Molecular Level DNA Function I: Replication DNA Function II: Protein Synthesis DNA Structure II: Chromosomes and Cell Division Box 3.2 Biochemical Individuality
Molecular Tools for Bioanthropological Research Indirect Methods Direct Sequencing Methods PCR, Mitochondrial DNA, and Ancient DNA
Chapter 4: Genetics: From Genotype to Phenotype
From Genotype to Phenotype
The ABO Blood Type System Obesity: A Complex Interaction
Mendelian Genetics Mendel's Postulates Linkage and Crossing Over
Mutation Point Mutation and Sickle Cell Disease Trinucleotide Repeat Diseases Mutations: Bad, Neutral, and Good X-Linked Disorders Mendelian Genetics in Humans
Genetics Beyond Mendel Box 4.1 State Fair Mendelism and the Eugenics Movement
Polygenic Traits, the Phenotype, and the Environment Heritability and IQ Test Score Performance
Phenylketonuria: Illustrating Mendelian and Post-Mendelian Concepts Genes and Environments
Chapter 5: The Force of Evolution and the Formation of Species
How Evolution Works Where Does Variation Come From? How Natural Selection Works Other Ways in Which Evolution Happens
Classification and Evolution Taxonomy and Speciation What Is a Species? A Guide to Species Concepts Reproductive Isolating Mechanisms
The Origin of Species: How Species Are Formed Box 5.1 What’s in a Name? Species Concepts, Genetics and Conservation The Tempo of Speciation Adaptation Is Everything Adaptive? Hardy–Weinberg Equilibrium
Levels of Selection Inclusive Fitness
Chapter 6: Human Variation: Evolution, Adaptation, and Adaptability
Human Variation at the Individual and Group Level What Is a Population?
Historical Perspectives on Human Variation Recording Human Variation in Past Civilizations The Monogenism–Polygenism Debate The Race Concept in the Twentieth Century Changing Attitudes toward Race in Anthropology Box 6.1 Traits in Folk Taxonomies
Population Genetics Polymorphisms: ABO and Other Blood Type Systems Gene Flow and Protein Polymorphisms Polymorphisms and Phylogenetic Studies
Polymorphisms and Natural Selection in Human Populations The Evolution of Lactose Tolerance Balanced Polymorphisms: Sickle Cell and Other Conditions
Adaptation and Adaptability Levels of Adaptability Heat and Cold Box 6.2 Technology and Extreme Environments Body Size and Shape Living at High Altitude Adaptability to Water
Part III: Primates
Chapter 7: The Primates
The Primate Radiation The Extraordinary Diversity of Nonhuman Primates What Exactly Is a Primate? Anatomical Traits Life History Traits Behavioral Traits
A Guide to the Nonhuman Primates The Strepsirhines
Special Feature: Primates in the New World
The Haplorhines
Box 7.1 The Rarest of the Rare The New World Monkeys The Old World Monkeys The Hominoids Box 7.2 The Impending Extinction of the Great Apes
Primate Ecology Diet The Cycles of a Tropical Forest You Are What You Eat: Dietary and Digestive Strategies Diet and Activity Budgets Feeding Competition
Primate Communities
Chapter 8: Primate Behavior
Studying Primates
Why Are Nonhuman Primates Social? The Paradox of Sociality Types of Nonhuman Primate Societies Box 8.1 The Infanticide Wars
The Evolution of Primate Social Behavior Social Behavior and Reproductive Asymmetry Box 8.2 Are Chimpanzees from Mars and Bonobos from Venus? Male Reproductive Strategies Female Reproductive Strategies
Reconstructing the Evolution of Primate Societies
Part IV: The Fossil Record
Chapter 9: Fossils in Geological Context with contributions from Monte L. McCrossin
How to Become a Fossil
The Importance of Context Stratigraphy The Geologic Time Scale How Old Is It? Relative Dating Techniques
Special Feature: Key Changes in Evolution Calibrated Relative Dating Techniques Box 9.1 The Piltdown Hoax Box 9.2 Dating Controversies Chronometric Dating Techniques
The Earth in the Cenozoic Continents and Land Masses How Cold Was It? Overview of Climatic Changes during the Cenozoic
Chapter 10: Origin of Primates with contributions from Monte L. McCrossin
The Mesozoic and Beyond Dawn of the Age of Mammals The Crater of Doom: What Happened at the K–T Boundary?
After the Crater of Doom: Changes in the Paleocene Questionable Primates: The Plesiadapiforms Why Primates?
Early Primates of the Eocene Adapoids (Strepsirhine Ancestors) Omomyoids (Haplorhine Ancestors) Box 10.1 Subfossil Lemurs of Madagascar Continental Drift and Eocene Primates Selective Pressures Favoring the Strepsirhine–Haplorhine Split
Evolution of Higher Primates The First Monkeys? New World Monkeys Old World Monkeys What Favored the Origin of Anthropoids? The Earliest Apes Selection Pressures and the Divergence of Monkeys and Apes The Monkey's Tale: What Happened to Primate Diversity in the Miocene?
Molecular Evolution in Primates
Special Feature: Primate Evolution A Primate Molecular Phylogeny Molecular Phylogeny and Human Origins Gene Function and Human Origins
Chapter 11: Becoming Human: The Ape–Hominid Transition
Becoming a Biped Anatomical Changes Constructing the Bipedal Body Plan Locomotion of the Last Common Ancestor Why Bipeds? Box 11.1 Overheated Radiator Box 11.2 What Did Love have to Do with It?
The Transition to Human Behavior Primate Intelligence: Why Are Humans So Smart? What Made Humans Human?
Chapter 12: Early Hominids
Will You Know a Hominid When You See One? Box 12.1 A Rose by any Other Name: Hominids versus Hominins
The First Hominids? Sahelanthropus tchadensis (7.0–6.0 mya) Orrorin tugenensis (6.0 mya) Ardipithecus ramidus (4.4 mya) and Ardipithecus kadabba (5.8–5.7 mya) Box 12.2 Treasures of the Afar Triangle
Australopithecus and Kin Australopithecus anamensis (4.2–3.9 mya) Australopithecus afarensis (3.9–2.9 mya)
Special Feature: Early Hominid Evolution Australopithecus bahrelghazali (3.5–3.0 mya) Kenyanthropus platyops (3.5 mya) Australopithecus garhi (2.5 mya) Australopithecus africanus (3.5–<2.0 mya) The Robust Australopithecines (or Paranthropines)
Understanding the Australopithecine Radiation Cohabitation Tools and Intelligence Ancestors and Descendants
Questions for Future Paleoanthropologists
Chapter 13: Rise of the Genus Homo
Defining the Genus Homo
Earliest Genus Homo Early Tool Use Hunting and Scavenging Box 13.1 Understanding the Meat-eating Past through the Present
Who Is Homo erectus? Anatomical Features Homo erectus versus Homo ergaster
Homo Erectus around the World
Special Feature: The Genus Homo through Time African Origins The First African Diaspora: Republic of Georgia Dispersal into East Asia The Status of Homo erectus in Europe
The Lifeways of Homo Erectus Homo erectus and the Early Stone Age A Higher-Quality Diet: Homo erectus Subsistence Homo erectus Life History Homo erectus Leaves Africa
Chapter 14: Archaic Homo sapiens and Neandertals
Hominid Evolution in the Mid- to Late Pleistocene Defining Anatomically Modern Homo sapiens
Archaic Homo sapiens European Archaic Homo sapiens African Archaic Homo sapiens Asian Archaic Homo sapiens
Behavior of Archaic Homo sapiens Stone Tools Tools from Organic Materials Large Game Hunting Fire, Campsites, and Home Sites
The Neandertals Geographic and Temporal Distribution History of Neandertal Discovery Box 14.1 Neandertal Image Makeovers Neandertal Anatomy: Built for the Cold Growth and Development Health and Disease Neandertal DNA
Neandertal Behavior Material Culture Coping with Cold Hunting and Subsistence Cannibalism Burials Ritual and Symbolic Behavior
Phylogenetic and Taxonomic Issues: An Overview
Special Feature: Hominid Evolution in the Mid-to-Late Pleustocene
Chapter 15: The Emergence and Dispersal of Homo sapiens
The Emergence of Modern Humans
Models of Modern Human Origins Multiregional and Replacement Models Predictions of the Two Models
Anatomy and Distribution of Early Humans Africa Near East Europe Asia and Southeast Asia Australia
Box 15.1 The Little People of Flores
Archaeology of Modern Human Origins Stone and Other Tools Subsistence Settlement of the New World and Pacific Islands Symbolism
Molecular Genetics and Human Origins Mitochondrial DNA The Y Chromosome MRCAs for Nuclear Genes Box 15.2 The Genghis Khan Effect Ancient DNA
Interpreting Models of Human Origins Paleontology and Archaeology Molecular Genetics
Part V: Biology and Behavior of Modern Humans
Chapter 16: Evolution of the Brain and Language - unique chapter
Overview of the Brain Major Divisions of the Cerebrum Primary and Association Areas of the Cerebral Cortex Methods for Studying Brain Structure and Function
Issues in Hominid Brain Evolution Brain Size and Encephalization Brain Size and the Fossil Record Box 16.1 The Ten Percent Myth: Evolution and Energy Brain Reorganization
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