Abstract:Objectives
Historical evidence suggests that social hierarchy pervaded all aspects of society in post‐Medieval England. This study uses stable isotope analysis to explore the extent to which socioeconomic status and sex affected the dietary habits of the inhabitants of post‐Medieval Chichester.
Materials and Methods
Stable carbon and nitrogen isotope ratios were measured on 40 human burials from the post‐Medieval site of St. Michael's Litten (Chichester, West Sussex, England). Samples were selected from three … Show more
“…If marine proteins are not a regular part of the diet, they will not be reflected in their mean nitrogen values; thus, we have to observe other elements, such as the carbon values (Chisholm et al, 1982). This is especially important in C 3 predominant plant environments, in which we could see higher δ 13 C values due to the consumption of marine foods (Ambrose et al, 1997; Dhaliwal et al, 2019). Marine food resources used by the islanders seem to be comprised mostly of shellfish, and not oceanic fish, which is scarce in the archaeological record.…”
Objectives
This article presents new radiocarbon and isotopic data to provide further information about the diet of the indigenous population of La Gomera and its possible changes across time.
Materials and methods
δ13C and δ15N of 53 human and 19 faunal samples from different sites on the island have been obtained and analyzed. Of these, 52 have been radiocarbon dated to provide insight on chronological changes.
Results
Human dates range from the 3rd to 15th centuries AD, while faunal dates range from the 1st to 17th centuries AD. Stable carbon and nitrogen values are significantly different between the human and goat samples and have also a trophic increase of 3.4‰. Although male and female δ15N data are not significantly different. Both δ13C and δ15N values of both human and animal samples tend to discretely decrease over time.
Discussion
Radiocarbon dates from humans correlate with other dates obtained in the rest of the archipelago. Animal radiocarbon dates generally coincide except for one date, which requires further study. Isotopic δ15N data suggest a mix of marine and terrestrial protein consumption in humans, the latter being more abundant given the seasonality of the first. δ13C data also suggest a possible mixed diet in humans, with a predominance of C3 plants, like Hordeum vulgare, the only grain found in archaeological sites so far. Variations of both δ13C and δ15N over time suggest a slight modification on the diet, which could be related to environmental changes.
“…If marine proteins are not a regular part of the diet, they will not be reflected in their mean nitrogen values; thus, we have to observe other elements, such as the carbon values (Chisholm et al, 1982). This is especially important in C 3 predominant plant environments, in which we could see higher δ 13 C values due to the consumption of marine foods (Ambrose et al, 1997; Dhaliwal et al, 2019). Marine food resources used by the islanders seem to be comprised mostly of shellfish, and not oceanic fish, which is scarce in the archaeological record.…”
Objectives
This article presents new radiocarbon and isotopic data to provide further information about the diet of the indigenous population of La Gomera and its possible changes across time.
Materials and methods
δ13C and δ15N of 53 human and 19 faunal samples from different sites on the island have been obtained and analyzed. Of these, 52 have been radiocarbon dated to provide insight on chronological changes.
Results
Human dates range from the 3rd to 15th centuries AD, while faunal dates range from the 1st to 17th centuries AD. Stable carbon and nitrogen values are significantly different between the human and goat samples and have also a trophic increase of 3.4‰. Although male and female δ15N data are not significantly different. Both δ13C and δ15N values of both human and animal samples tend to discretely decrease over time.
Discussion
Radiocarbon dates from humans correlate with other dates obtained in the rest of the archipelago. Animal radiocarbon dates generally coincide except for one date, which requires further study. Isotopic δ15N data suggest a mix of marine and terrestrial protein consumption in humans, the latter being more abundant given the seasonality of the first. δ13C data also suggest a possible mixed diet in humans, with a predominance of C3 plants, like Hordeum vulgare, the only grain found in archaeological sites so far. Variations of both δ13C and δ15N over time suggest a slight modification on the diet, which could be related to environmental changes.
“…Although sample sizes are deemed too small for statistical analysis, δ 34 S and δ 15 N isotope data show no clear relationship. …”
Section: Isotope Resultsmentioning
confidence: 99%
“…Consequently, the use of multiple discriminants is more interpretatively powerful in providing the potential to exclude more possible locations. There has been little isotope work on post-medieval human remains in Britain [ 9 , 53 , 70 , 71 ]. There is, however, a wealth of data for late medieval Britain, especially in terms of δ 13 C and δ 15 N [ 28 , 29 , 72 – 74 ], but also for 87 Sr/ 86 Sr and δ 18 O [ 66 , 75 ].…”
The great Tudor warship, the
Mary Rose
, which sank tragically in the Solent in 1545 AD, presents a rare archaeological opportunity to research individuals for whom the precise timing and nature of death are known. A long-standing question surrounds the composition of the Tudor navy and whether the crew were largely British or had more diverse origins. This study takes a multi-isotope approach, combining strontium (
87
Sr/
86
Sr), oxygen (δ
18
O), sulfur (δ
34
S), carbon (δ
13
C) and nitrogen (δ
15
N) isotope analysis of dental samples to reconstruct the childhood diet and origins of eight of the
Mary Rose
crew. Forensic ancestry estimation was also employed on a subsample. Provenancing isotope data tentatively suggests as many as three of the crew may have originated from warmer, more southerly climates than Britain. Five have isotope values indicative of childhoods spent in western Britain, one of which had cranial morphology suggestive of African ancestry. The general trend of relatively high δ
15
N and low δ
13
C values suggests a broadly comparable diet to contemporaneous British and European communities. This multi-isotope approach and the nature of the archaeological context has allowed the reconstruction of the biographies of eight Tudor individuals to a higher resolution than is usually possible.
“…The skeletal assemblage under analysis comes from The Litten cemetery at Eastgate Square in Chichester, West Sussex. Chichester has a long history of occupation, with evidence of Roman defensive ditches found at The Litten cemetery (Hart, 2012), and continuous settlements recorded from the Anglo-Saxon period onwards (Dhaliwal et al, 2019). In the later medieval period (14 th century), Chichester flourished as one of the more important ports in the country, with dominance over the wool trade and a strong agricultural economy (Hart, 2012).…”
Section: Methodsmentioning
confidence: 99%
“…A grain-based economy continued in the post-medieval period (1550-1850), although the town's import declined as the wool trade waned. Chichester also appears to have experienced a population surge between 1670-1801, with the number of inhabitants doubling from 2,400 to 4,752 due to increasing trade with London and other domestic markets (Dhaliwal et al, 2019). This assemblage was excavated from a cemetery that seems to have been established in the 12 th century with the construction of the chapel and altar of St. Michael, which are no longer standing.…”
Third molar agenesis is a dental anomaly that occurs in approximately 25% of people worldwide and results in the complete absence of one or more of the third molars in the dentition. A rise in the prevalence of congenitally absent third molars has been noted in modern populations, and it has been proposed as the final evolutionary step in the dental reduction of the human dentition.
Whilst much research has been conducted in modern cohorts, relatively little has been published on third molar agenesis in archaeological assemblages. A post-medieval assemblage from Chichester was visually and radiographically analysed to determine the prevalence of this anomaly. Third molars were measured to determine if there was an association between agenesis and size reduction. Prevalence of agenesis was found to be relatively high at 42.7% and 2 of 8 measurements were found to produce significant differences.
Consequently, it can be said that high rates of third molar agenesis are not solely a modern phenomenon, as many prevalence rates in recent populations are lower. However, if we are to assess the significance of size differences in third molars of those with agenesis and those without, and to detect patterns within and between these groups, assemblages with larger sample sizes are needed. In order to better understand the trajectory and evolution of this anomaly, more archaeological assemblages must be examined.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.