Archaeobotanical Guide to Root & Tuber Identification

Nonfiction, Science & Nature, Science, Biological Sciences, Botany, Social & Cultural Studies, Social Science, Archaeology, History
Cover of the book Archaeobotanical Guide to Root & Tuber Identification by Jon G. Hather, Oxbow Books
View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart
Author: Jon G. Hather ISBN: 9781785708404
Publisher: Oxbow Books Publication: July 31, 2017
Imprint: Oxbow Books Language: English
Author: Jon G. Hather
ISBN: 9781785708404
Publisher: Oxbow Books
Publication: July 31, 2017
Imprint: Oxbow Books
Language: English

Any inference drawn from plain remains recovered from archaeological sites is based on the classes of such remains that are, at present, possible to identify. These are most commonly seeds, the hard parts of some fruits, wood and pollen. If samples contain a high proportion of charred remains that are unidentifiable using present methods of identification, any inference drawn from those remains will be biassed. The charred remains of vegetative organs, roots, tubers, rhizomes, corms etc. are rarely identified from archaeological sites. This is despite the often frequent occurrence of such tissues in archaeological samples. Methods for their identification have not been widely developed, and so it is perhaps understandable that many such remains are wrongly categorized with what really are unidentifiable remains.

This manual, for laboratory use, presents a new methodology for the identification of the charred remains of roots and tubers from archaeological sites. The fresh and charred morphology and anatomy of over seventy taxa are described and fully illustrated with 590 scanning electron micrographs.

View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart

Any inference drawn from plain remains recovered from archaeological sites is based on the classes of such remains that are, at present, possible to identify. These are most commonly seeds, the hard parts of some fruits, wood and pollen. If samples contain a high proportion of charred remains that are unidentifiable using present methods of identification, any inference drawn from those remains will be biassed. The charred remains of vegetative organs, roots, tubers, rhizomes, corms etc. are rarely identified from archaeological sites. This is despite the often frequent occurrence of such tissues in archaeological samples. Methods for their identification have not been widely developed, and so it is perhaps understandable that many such remains are wrongly categorized with what really are unidentifiable remains.

This manual, for laboratory use, presents a new methodology for the identification of the charred remains of roots and tubers from archaeological sites. The fresh and charred morphology and anatomy of over seventy taxa are described and fully illustrated with 590 scanning electron micrographs.

More books from Oxbow Books

Cover of the book Arsacids, Romans and Local Elites by Jon G. Hather
Cover of the book The Bull Ring Uncovered by Jon G. Hather
Cover of the book Every Traveller Needs a Compass by Jon G. Hather
Cover of the book The Cities of Pamphylia by Jon G. Hather
Cover of the book Journal of Roman Pottery Studies Volume 17 by Jon G. Hather
Cover of the book From Machair to Mountains by Jon G. Hather
Cover of the book Preserved in the Peat by Jon G. Hather
Cover of the book Wild Harvest by Jon G. Hather
Cover of the book Ariconium, Herefordshire by Jon G. Hather
Cover of the book Human Paleoecology in the Levantine Corridor by Jon G. Hather
Cover of the book TRAC 2013 by Jon G. Hather
Cover of the book Prehistoric, Ancient Near Eastern & Aegean Textiles and Dress by Jon G. Hather
Cover of the book Bones and Identity by Jon G. Hather
Cover of the book St Paul's Cathedral by Jon G. Hather
Cover of the book The Dyer's Handbook by Jon G. Hather
We use our own "cookies" and third party cookies to improve services and to see statistical information. By using this website, you agree to our Privacy Policy