Plant preservation and the content of Paleobotanical samples: a case study. David J. Hally
Tipo de material: ArtículoIdioma: Inglés Series American Antiquity. Journal of the Society for American Archaeology ; no.4 | Soociety for American Archaeology ; Detalles de publicación: Estados Unidos-US : Society for American Archaeology, 1981.Descripción: páginas 723-742: ilustraciones en blanco y negroTema(s): En: Society for American Archaeology American Antiquity. Journal of the Society for American ArchaeologyResumen: Paleobotanical samples recovered from the floors of three domestic structures at an early historic (A.D: 1550-1700) site in northwestern Georgia are here compared, several factors which probably contributed to inter sample variability are discussed. Consideration of the frequency of individual plant species in the samples and of the ethnohistorical evidence for aboriginal plant processing leads to the conclusion that most variability can be attributed to wether or not structures burned and when during the year burning ocurred. The analysis demonstrates that the manner in which plant parts become carbonized has a major impact on the occuracy with which paleobotanical remains reflect actual plant utilization.Tipo de ítem | Biblioteca actual | Colección | Signatura topográfica | Copia número | Estado | Código de barras | |
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Publicaciones Periodicas Extranjeras | Museo Nacional de Etnografía y Folklore Centro de procesamiento | REV | E/ AMER-ANT/ vol.46(4)/ Oct.1981 | 1 | Disponible | HEMREV005160 |
Paleobotanical samples recovered from the floors of three domestic structures at an early historic (A.D: 1550-1700) site in northwestern Georgia are here compared, several factors which probably contributed to inter sample variability are discussed. Consideration of the frequency of individual plant species in the samples and of the ethnohistorical evidence for aboriginal plant processing leads to the conclusion that most variability can be attributed to wether or not structures burned and when during the year burning ocurred. The analysis demonstrates that the manner in which plant parts become carbonized has a major impact on the occuracy with which paleobotanical remains reflect actual plant utilization.
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