Introduction to Physical Anthropology
, by Jurmain, Robert; Kilgore, Lynn; Trevathan, Wendy; Nelson, Harry- ISBN: 9780534514631 | 0534514634
- Cover: Paperback
- Copyright: 8/27/1999
Introduction | |
Introduction | p. 2 |
What Is Anthropology? | p. 6 |
Cultural Anthropology | p. 6 |
Archaeology | p. 8 |
Linguistic Anthropology | p. 9 |
Physical Anthropology | p. 10 |
Physical Anthropology and the Scientific Method | p. 15 |
The Anthropological Perspective | p. 16 |
Issue: Evaluation in Science: Lessons in Critical Thinking | p. 21 |
The Development of Evolutionary Theory | |
Introduction | p. 24 |
A Brief History of Evolutionary Thought | p. 24 |
The Scientific Revolution | p. 25 |
The Path to Natural Selection | p. 26 |
Natural Selection | p. 34 |
Natural Selection in Action | p. 35 |
Constraints on Nineteenth-Century Evolutionary Theory | p. 37 |
Opposition to Evolution | p. 37 |
The Biological Basis of Life | |
Introduction | p. 44 |
The Cell | p. 44 |
DNA Structure | p. 46 |
DNA Replication | p. 46 |
Protein Synthesis | p. 47 |
What Is a Gene? | p. 51 |
Box 3-1 Characteristics of the DNA Code | p. 53 |
Mutation: When a Gene Changes | p. 53 |
Chromosomes | p. 55 |
Karyotyping Chromosomes | p. 58 |
Cell Division | p. 59 |
Mitosis | p. 59 |
Meiosis | p. 59 |
The Evolutionary Significance of Meiosis | p. 62 |
Meiosis in Males and Females | p. 63 |
Problems with Meiosis | p. 64 |
New Frontiers | p. 65 |
Issue: Genetic Technologies: A Revolution in Science | p. 71 |
Heredity and Evolution | |
Introduction | p. 74 |
The Genetic Principles Discovered by Mendel | p. 74 |
Segregation | p. 75 |
Dominance and Recessiveness | p. 75 |
Independent Assortment | p. 78 |
Mendelian Inheritance in Humans | p. 80 |
Misconceptions Regarding Dominance and Recessiveness | p. 81 |
Patterns of Inheritance | p. 82 |
Non-Mendelian Patterns of Inheritance | p. 86 |
Polygenic Inheritance | p. 86 |
Genetic and Environmental Factors | p. 88 |
Pleiotropy | p. 89 |
Modern Evolutionary Theory | p. 89 |
Box 4-1 Development of Modern Evolutionary Theory | p. 90 |
The Modern Synthesis | p. 90 |
Definition of Evolution | p. 91 |
Factors That Produce and Redistribute Variation | p. 92 |
Mutation | p. 92 |
Gene Flow | p. 93 |
Genetic Drift | p. 94 |
Recombination | p. 96 |
Natural Selection Acts on Variation | p. 96 |
Review of Genetic and Evolutionary Factors | p. 98 |
An Overview of the Living Primates | |
Introduction | p. 106 |
Primates as Mammals | p. 106 |
Characteristics of Primates | p. 107 |
Box 5-1 Primate Cranial Anatomy | p. 110 |
The Arboreal Adaptation | p. 111 |
Primate Adaptations | p. 112 |
Habitats | p. 112 |
Diet | p. 113 |
Teeth | p. 113 |
Locomotion | p. 114 |
Primate Taxonomy | p. 117 |
A Survey of the Living Primates | p. 119 |
Prosimians (Lemurs and Lorises) | p. 119 |
Tarsiers | p. 122 |
The Anthropoids (Monkeys, Apes, and Humans) | p. 122 |
Hominoids (Apes and Humans) | p. 127 |
Humans | p. 132 |
Primate Chromosomes, Proteins, and DNA | p. 133 |
Karyotype Comparisons | p. 133 |
Amino Acid Sequencing | p. 134 |
DNA Hybridization | p. 134 |
DNA Sequencing | p. 135 |
Primate Conservation | p. 135 |
Issue: Can the Mountain Gorilla Be Saved? | p. 142 |
Fundamentals of Primate Behavior | |
Introduction | p. 146 |
Primate Field Studies | p. 146 |
Primate Socioecology | p. 147 |
Five Monkey Species in the Kibale Forest, Uganda | p. 149 |
Box 6-1 Types of Nonhuman Primate Social Behavior | p. 151 |
The Evolution of Behavior | p. 152 |
Evolutionary Ecology: Current Constraints | p. 154 |
Primate Social Groups | p. 155 |
Primate Social Behavior | p. 156 |
Dominance | p. 156 |
Communication | p. 157 |
Aggressive and Affiliative Interactions | p. 159 |
Reproduction and Reproductive Strategies | p. 162 |
Reproductive Strategies | p. 163 |
Mothers and Infants | p. 164 |
Models for Human Evolution | |
Introduction | p. 172 |
Behavior and Human Origins | p. 173 |
Aspects of Life History and Body Size | p. 174 |
Body Size and Brain Size | p. 175 |
Language Capabilities | p. 176 |
Primate Cultural Behavior | p. 181 |
Aggressive Interactions Between Groups | p. 185 |
Affiliation, Altruism, and Cooperation | p. 187 |
Altruism | p. 188 |
Cooperation | p. 188 |
The Primate Continuum | p. 189 |
Issue: Primates in Biomedical Research: Ethics and Concerns | p. 194 |
Processes of Macroevolution: Mammalian/Primate Evolutionary History | |
Introduction | p. 198 |
The Human Place in the Organic World | p. 198 |
Principles of Classification | p. 198 |
Constructing Classifications and Interpreting Evolutionary Relationships | p. 200 |
Vertebrate Evolutionary History: A Brief Summary | p. 205 |
Mammalian Evolution | p. 207 |
Major Mammalian Groups | p. 210 |
Early Primate Evolution | p. 211 |
Miocene Fossil Hominoids | p. 213 |
Processes of Macroevolution | p. 215 |
Adaptive Radiation | p. 215 |
Generalized and Specialized Characteristics | p. 216 |
Modes of Evolutionary Change | p. 217 |
The Meaning of Genus and Species | p. 219 |
Paleoanthropology: Reconstructing Early Hominid Behavior and Ecology | |
Introduction | p. 226 |
Definition of Hominid | p. 226 |
Biocultural Evolution: The Human Capacity for Culture | p. 227 |
The Strategy of Paleoanthropology | p. 229 |
Paleoanthropology in Action--Olduvai Gorge | p. 231 |
Biography: Mary Leakey | p. 233 |
Dating Methods | p. 234 |
Great Moments in Prehistory: Discovery of Zinjanthropus | p. 235 |
Box 9-1 Chronometric Dating Estimates | p. 237 |
Applications of Dating Methods: Examples from Olduvai | p. 237 |
Excavations at Olduvai | p. 238 |
Experimental Archaeology | p. 240 |
Stone Tool (Lithic) Technology | p. 241 |
Analysis of Bone | p. 242 |
Reconstruction of Early Hominid Environments and Behavior | p. 243 |
Environmental Explanations for Hominid Origins | p. 243 |
Changing Environments and Later Hominid Diversifications | p. 245 |
Why Did Hominids Become Bipedal? | p. 246 |
Issue: Are the Sites at Olduvai Really "Sites"? | p. 253 |
Hominid Origins | |
Introduction | p. 256 |
The Bipedal Adaptation | p. 256 |
Box 10-1 Major Features of Hominid Bipedalism | p. 258 |
Early Hominids in the Plio-Pleistocene | p. 261 |
The East African Rift Valley | p. 261 |
The Earliest East African Hominids | p. 262 |
Earliest Traces | p. 263 |
Ardipithecus from Aramis (Ethiopia) | p. 263 |
Australopithecus from East Africa | p. 265 |
Australopithecus afarensis from Laetoli and Hadar | p. 267 |
Box 10-2 Cranial Capacity | p. 269 |
Later East African Australopithecine Finds | p. 270 |
Australopithecines from Olduvai and Lake Turkana | p. 271 |
Early Homo | p. 272 |
Central Africa | p. 274 |
South African Sites | p. 276 |
Earliest Discoveries | p. 276 |
Further Discoveries of South African Hominids | p. 278 |
Hominids from South Africa | p. 279 |
Geology and Dating Problems in South Africa | p. 283 |
Interpretations: What Does It All Mean? | p. 285 |
Continuing Uncertainties--Taxonomic Issues | p. 287 |
Putting It All Together | p. 290 |
Interpreting the Interpretations | p. 292 |
Homo erectus and Contemporaries | |
Introduction | p. 298 |
Homo erectus: Terminology and Geographical Distribution | p. 298 |
The Pleistocene (1.8 m.y.a.-10,000 y.a.) | p. 302 |
The Morphology of Homo erectus | p. 302 |
Brain Size | p. 302 |
Body Size | p. 303 |
Cranial Shape | p. 303 |
Dentition | p. 304 |
Historical Overview of Homo erectus Discoveries | p. 305 |
Java | p. 305 |
Homo erectus from Java | p. 306 |
Peking (Beijing) | p. 307 |
Zhoukoudian Homo erectus | p. 307 |
Other Chinese Sites | p. 310 |
East Africa | p. 311 |
Summary of East African H. erectus | p. 312 |
Box 11-1 The Nariokotome Skeleton-- A Boy for All Seasons | p. 313 |
South Africa | p. 314 |
North Africa | p. 314 |
Europe | p. 314 |
Technological and Population Trends in the Middle Pleistocene | p. 315 |
Technological Trends | p. 315 |
Population Trends | p. 317 |
Issue: Man, the Hunter; Woman, the Gatherer? | p. 322 |
Neandertals and Other Archaic Homo sapiens | |
Introduction | p. 326 |
Early Archaic H. sapiens | p. 326 |
Africa | p. 327 |
Asia | p. 327 |
Europe | p. 331 |
A Review of Middle Pleistocene Evolution (circa 400,000-125,000 y.a.) | p. 332 |
Middle Pleistocene Culture | p. 334 |
Neandertals: Late Archaic H. sapiens (130,000-35,000 y.a.) | p. 337 |
France and Spain | p. 342 |
Central Europe | p. 344 |
Western Asia | p. 344 |
Central Asia | p. 346 |
Culture of Neandertals | p. 346 |
Technology | p. 346 |
Settlements | p. 347 |
Subsistence | p. 347 |
Symbolic Behavior | p. 348 |
Burials | p. 350 |
Evolutionary Trends in the Genus Homo | p. 351 |
Taxonomic Issues | p. 352 |
Homo sapiens sapiens | |
Introduction | p. 360 |
The Origin and Dispersal of Homo sapiens sapiens (Anatomically Modern Human Beings) | p. 360 |
The Complete Replacement Model (Recent African Evolution) | p. 361 |
The Partial Replacement Model | p. 363 |
The Regional Continuity Model (Multiregional Evolution) | p. 363 |
Box 13-1 The Garden of Eden Hypothesis | p. 364 |
The Earliest Homo sapiens sapiens Discoveries | p. 366 |
Africa | p. 366 |
The Near East | p. 368 |
Central Europe | p. 368 |
Western Europe | p. 369 |
Asia | p. 371 |
Australia | p. 371 |
The New World | p. 372 |
Technology and Art in the Upper Paleolithic | p. 372 |
Europe | p. 372 |
Africa | p. 381 |
Summary of Upper Paleolithic Culture | p. 381 |
Issue: The Evolution of Language | p. 385 |
Microevolution in Modern Human Populations | |
Introduction | p. 388 |
Human Populations | p. 388 |
Population Genetics | p. 389 |
Calculating Allele Frequencies: An Example | p. 391 |
Evolution in Action: Modern Human Populations | p. 391 |
Box 14-1 Calculating Allele Frequencies in a Hypothetical Population | p. 392 |
Nonrandom Mating | p. 392 |
Human Polymorphisms | p. 394 |
ABO | p. 395 |
Rh | p. 398 |
Other Red Blood Cell Antigen Systems | p. 398 |
Polymorphisms in White Blood Cells | p. 399 |
Box 14-2 Mother-Fetus Incompatibilities | p. 400 |
Miscellaneous Polymorphisms | p. 400 |
Polymorphisms at the DNA Level | p. 402 |
Human Biocultural Evolution | p. 403 |
Box 14-3 Other Genetic Traits Possibly Associated with Malaria | p. 405 |
Human Variation and Adaptation | |
Introduction | p. 410 |
Historical Views of Human Variation | p. 410 |
The Concept of Race | p. 413 |
Contemporary Interpretations of Human Population Diversity | p. 416 |
Racism | p. 418 |
Intelligence | p. 419 |
The Adaptive Significance of Human Variation | p. 420 |
Solar Radiation, Vitamin D, and Skin Color | p. 421 |
The Thermal Environment | p. 423 |
High Altitude | p. 426 |
Infectious Disease | p. 427 |
The Continuing Impact of Infectious Disease | p. 430 |
Box 15-1 Overpopulation | p. 433 |
Issue: Racial Purity: A False and Dangerous Ideology | p. 437 |
The Anthropological Perspective on the Human Life Course | |
Introduction | p. 440 |
Fundamentals of Growth and Development | p. 441 |
Bone Growth | p. 442 |
Stature | p. 443 |
Brain Growth | p. 445 |
Nutritional Effects on Growth and Development | p. 445 |
Basic Nutrients for Growth and Development | p. 446 |
Evolution of Nutritional Requirements | p. 447 |
Diets of Humans Before Agriculture | p. 449 |
Undernutrition and Malnutrition | p. 451 |
Other Factors Influencing Growth and Development | p. 452 |
Genetics | p. 452 |
Hormones | p. 453 |
Environmental Factors | p. 454 |
The Human Life Cycle | p. 454 |
Conception and Pregnancy | p. 455 |
Birth | p. 457 |
Infancy | p. 458 |
Childhood | p. 459 |
Adolescence | p. 459 |
Adulthood | p. 461 |
Aging | p. 462 |
Are We Still Evolving? | p. 464 |
Appendix A | p. 469 |
Appendix B | p. 477 |
Glossary | p. 483 |
Bibliography | p. 493 |
Index | p. 513 |
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