DNA for Archaeologists
Left Coast Press, Nov 1, 2012 - Science - 200 pages
The ability to use DNA evidence is revolutionizing our understanding of the past. This book introduces archaeologists to the basics of DNA research so they can understand the powers and pitfalls of using DNA data in archaeological analysis and interpretation. By concentrating on the principles and applications of DNA specific to archaeology, the authors allow archaeologists to collect DNA samples properly and interpret the laboratory results with greater confidence. The volume is replete with case examples of DNA work in a variety of archaeological contexts and is an ideal teaching tool for archaeologists and their students.
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List of Illustrations
1 Why Read This Book?
3 Ancient DNA
4 Ethics of Molecular Anthropological Research
5 Hominin Origins and Relationships
6 Population Origins and Dispersals
7 Human ImpactsExtinction Domestication and Utilization of Plants and Animals
8 Individualization and Other Applications of Ancient DNA
About the Authors
aDNA aDNA lab aDNA research aDNA studies Africa amelogenin American Journal amplified ancestor Ancient DNA animals Anthropology archaeological archaeologists Asia Asian bones burials cell chapter chromosome common contamination Denisovan discussed DNA Analysis DNA extracted DNA sequences domestication European evidence evolutionary expansion extinction fragments gene genetic data genetic diversity genetic variation Genographic Project geographic groups haplogroup haplotype HGDP Hofreiter hominin human genome human migration human remains identified indicate individuals issues Journal of Human Lapita major markers Matisoo-Smith methods migration Mitochondrial DNA mitochondrial genome modern DNA modern humans molecular anthropologists Molecular Biology molecular clock mtDNA lineages National Academy nDNA Neanderthal Neolithic nuclear nucleotides obtained Oceania ofthe organisms Origins Pääbo Pacific particular patterns phylogenetic trees phylogeny plants Polynesian protein pyrosequencing recent reconstructing recovered region replication Sahul significant SNPs southern species specimens suggest tion United States ofAmerica