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Exploring Biological Anthropology An Integrated Lab Manual and Workbook

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ISBN-10: 019538685X

ISBN-13: 9780195386851

Edition: 2010

Authors: Frank L'Engle Williams

List price: $76.95
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A fresh approach that helps students apply scientific principles to solve real-world problems Designed for introductory courses in biological anthropology with laboratory components, Exploring Biological Anthropology can be used with any introductory text. Author Frank L'Engle Williams emphasizes critical thinking and the comparative perspective to understand key concepts in biological anthropology, which helps students to further explore what they learn in the classroom. Distinctive Features: DT Includes 16 chapters that can easily be covered in one semester, all of which are explicitly designed to stimulate critical thinking skills and help students better understand the major concepts of biological anthropology DT Each chapter is written in three parts: a background section on the lab topic; an introduction to the exercise; and a step-by-step lab, most of which are hands-on DT Enhanced images from the Bioarchaeology Laboratory in the Department of Anthropology at Georgia State University (also included in full-color on an in-text CD) DT Five appendices provide a useful primate fossil record and geological time scale, learning assessment outcomes, a correlation chart that pairs the lab exercises to introductory texts, an optional lab using statistics, and lab materials needed for hands-on completion of the exercises DT An Instructor's Manual on CD, available upon adoption, supplies model answers to the questions in each chapter
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Book details

List price: $76.95
Copyright year: 2010
Publisher: Oxford University Press, Incorporated
Publication date: 8/31/2009
Binding: Paperback
Pages: 256
Size: 8.75" wide x 11.50" long x 0.75" tall
Weight: 1.232
Language: English

Biological anthropology and the scientific method
Scientific inquiry
Critical thinking
Hypothesis, fact and theory
Epistemology and the scientific method
Evolutionary theory
Evolutionary theory
Natural selection
Genetic drift and gene flow
Laboratory introduction: Darwinian medicine, fertility, and health
Microbial communities
Human reproduction
Explain these evolutionary scenarios
Mendelian inheritance
Mendelian versus polygenic traits
Protein synthesis
Cellular reproduction
Laboratory introduction: Prediction in genetics
ABO blood group
Autosomal and sex-lined traits
Genotype and phenotype
Punnett Squares, ABO and Hardy-Weinberg
Human osteology
The human skeleton
Vertebral column
Pectoral girdle
Appendicular skeleton
Worksheet for Lab 4: Identification of features
Quiz on skeletal features
Estimating age and sex
Aging nonadults
Aging adults
Sex estimation
Age and sex estimation in Homo sapiens
Living Primates
Diet, locomotion and social behavior
Primate Taxonomy
Laboratory introduction: Methods for observing primate behavior
Sampling procedures
Formats for recording observations
Testing research questions
Social behavior categories
Observing primates
Diet, morphology and body size
Primate classification and comparative anatomy
Phylogeny and taxonomy
Co-opting of traits
Phylogeny worksheet
Laboratory introduction: Functional and craniodental anatomy
Functional anatomy
Sexual dimorphism
Laboratory 6: Comparative anatomy
Dating methods and paleoecology
Laboratory introduction: Dating methods and habitat reconstruction
Stratigraphy, biostratigraphy and biochronology
Chronometric dating
Fluorine dating
Paleomagnetic dating
South African caves
East African stratigraphic sequences
Reconstructing the context of the remains
Dating fossils and interpreting diet
Primate evolution
Paleozoic era
Mesozoic era
Cenozoic era
Laboratory introduction: The primate fossil record
Early primates
Early bipeds
Ceropithecid monkeys
The evolution of primates, Eocene to Miocene
Last common ancestor and bipedalism
Laboratory introduction: Anatomy of bipedalism
Structure and function of bipedal locomotion
South African Australopithecus
Robust australopithecines
Laboratory introduction: Plio-Pleistocene Australopithecus
Craniofacial anatomy of Australopithecus
Early Homo and Homo erectus
Increasing brain size
Life ways
Migration out of Africa
Laboratory introduction: The evolution and extinction of Homo erectus
History of discovery
Cranial morphology
Pleistocene Homo
Archaic H. sapiens
Isolation and Homo floresiensis
Historical perspectives
Skeletal traits
Laboratory introduction: Upper Pleistocene remains of late archaic humans
Growth and development
Morphology, development and paleodemography in Archaic H. sapiens
Modern human origins
Evolution of language
Laboratory introduction: Archaic and modern H. sapiens
Modern humans and their relatives
Human variation
Australia and the Americas
Categorical race and the type concept
Laboratory introduction: Adaptive and nonadaptive patterns of human variation
Skin complexion
Clinal distributions
Male and female
Human variation
Forensic anthropology and bioarchaeology
Age, sex and stature estimation
Laboratory introduction: Skeletal trauma and pathology
Mock cases and skeletal pathology
Human adaptation
Laboratory introduction: Life history theory
Human growth and development
Adult stature
Life expectancy with respect to subsistence patterns
The grandmother and embodied capital hypotheses
Maturation and mortality
Primate fossil record and geological time scale in millions of years (mya)
Assessment of learning outcomes
Textbook correlation table
Optional laboratory using statistics
Materials for labs