Del i serien Cambridge Manuals in Archaeology

Vertebrate Taphonomy

Häftad, Engelska, 1994

1 199 kr

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Taphonomy studies the transition of organic matter from the biosphere into the geological record. It is particularly relevant to zooarchaeologists and paleobiologists, who analyse organic remains in the archaeological record in an attempt to reconstruct hominid subsistence patterns and paleoecological conditions. In this user-friendly, encyclopedic reference volume for students and professionals, R. Lee Lyman, a leading researcher in taphonomy, reviews the wide range of analytical techniques used to solve particular zooarchaeological problems, illustrating these in most cases with appropriate examples. He also covers the history of taphonomic research and its philosophical underpinnings. Logically organised and clearly written, the book is an important update on all previous publications on archaeological faunal remains.

Produktinformation

Utgivningsdatum1994-07-07
Mått190 x 246 x 26 mm
Vikt982 g
FormatHäftad
SpråkEngelska
SerieCambridge Manuals in Archaeology
Antal sidor552
FörlagCambridge University Press
ISBN9780521458405

Tillhör följande kategorier

Arkeologi inom Historia och arkeologi

Preface; 1. What is taphonomy?; 2. The history and structure of taphonomy; 3. Taphonomy in practice and theory; 4. Structure and quantification of vertebrate skeletons; 5. Vertebrate mortality, skeletonization, disarticulation, and scattering; 6. Accumulation and dispersal of vertebrate remains; 7. Frequencies of skeletal parts; 8. Butchering, bone fracturing and bone tools; 9. Other biostratinomic factors; 10. Burial as a taphonomic process; 11. Diagenesis; 12. Taphonomy of fish, birds, reptiles and amphibians; 13. Discussion and conclusions; Glossary.

"...a comprehensive, detailed and accurate book that will make taphonomy accessible to specialists and nonspecialists alike. It is essential reading for all vertebrate palaeontologists, archaeologists and palaeoecologists and provides crucial background information for workers in other disciplines who use fossil material, especially molecular biologists attempting to extract DNA from fossil bone." Nature