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STABLE ISOTOPE ANALYSIS OF CHILDHOOD DIET AT 1ST CENTURY B.C./A.D. PETRA, JORDAN

Title: STABLE ISOTOPE ANALYSIS OF CHILDHOOD DIET AT 1ST CENTURY B.C./A.D. PETRA, JORDAN
Authors: NC DOCKS at East Carolina University; Provan, Mallory
Publication Year: 2020
Collection: University of North Carolina: NC DOCKS (Digital Online Collection of Knowledge and Scholarship)
Description: Investigations of diet and disease of the population of the Nabataean capital city Petra have found that the adult residents suffered little from chronic infections or malnutrition and had a diet consisting primarily of C3 sources. However, little is known of childhood health and nutrition in the population since few remains of children have been recovered from excavated tombs. This study uses stable carbon and oxygen isotope ratios (?¹³C and ?18O) of dental enamel apatite in first molars (n=31), first premolars (n=20), and second molars (n=29) along with ?¹³C of bone apatite (adults n=27, subadults n=4) to explore childhood diet and weaning patterns in a 1st century B.C/A.D. sample from Petra. To assess dietary shifts by age related to weaning, the ?13Cap bone and enamel results were grouped into five different age ranges based on age of tissue formation: 0.0?2.5 years, 2.6?4.5 years, 4.6?7.0 years, 7.1--19.9 years, and 20.0+ years. The first three categories reflect the ages of dental formation in the first molar (M1), first premolar (PM1), and second molar (M2), respectively. Dietary and trophic level changes, particularly those associated with weaning, should result in a decrease in mean ?18Oap values and ?13Cap values should increase between 0.0?2.5 years and 2.6?4.5 years then decrease between 2.6?4.5 and 4.6?7.0 as the adult diet would have been adopted fully after weaning is completed. In the Petra sample, the differences in ?¹³Cap between age groups mostly followed the expected pattern with mean ?¹³C values increasing from 0.0?2.5 (???=-11.6 ± 0.4-°) and 2.6?4.5 years of age (???=-11.3 ± 0.5 -°) (Mann-Whitney U Z=2.949, p=0.003), remaining stable through 4.6--7.0 years (???=-11.3 ± 1.1-°), and then decreasing dramatically after 7.1 years to fall close to the adult ?13Cap value. In addition, the three youngest age categories (i.e., below 7.1 years of age) had values significantly higher than the values of 7.1--19.9 years (???=-12.9 ± 0.4-°) and 20+ years (???=-12.9 ± 1.0-°) age groups ...
Document Type: other/unknown material
Language: English
Availability: http://libres.uncg.edu/ir/ecu/f/0000-embargo-holder.txt
Accession Number: edsbas.6A610815
Database: BASE