Abstract:Post-Medieval London (16 th -19 th centuries) was a stressful environment in which to be poor.Overcrowded and squalid housing, physically demanding and risky working conditions, air and water pollution, inadequate diet, and exposure to infectious diseases created high levels of morbidity and low life expectancy. All of these factors pressed with particular severity on the lowest members of the social strata, with burgeoning disparities in health between the richest and poorest. Fetal, perinatal and infant skel… Show more
“…Although none of these samples perfectly correspond to the time period Tõnismägi cemetery was in use, they represent children of low socioeconomic status exposed to similar environmental conditions. The post‐medieval children act as a good reference sample for those with severe growth faltering (Hodson & Gowland, 2019; Newman & Gowland, 2017). In the final analysis, age categories were pooled into three groups (0–1 year, 2–3 years, and 4–9 years) because of the uneven distribution of individuals between the datasets and to increase the sample size for the older age groups.…”
Section: Methodsmentioning
confidence: 99%
“…The post-medieval children act as a good reference sample for those with severe growth faltering (Hodson & Gowland, 2019;Newman & Gowland, 2017). In the final analysis, age categories were pooled into three groups (0-1 year, 2-3 years, and 4-9 years) because of the uneven distribution of individuals between the datasets and to increase the sample size for the older age groups.…”
Section: Longitudinal Growthmentioning
confidence: 99%
“…Although Hodson and Gowland (2019) have demonstrated severe growth disruption among infants and perinates from post-medieval England, the latter were not included in the current growth study because of the absence of dental crowns. However, while the lack of growth faltering in the infants may be taken to suggest a good maternal environment, given the poor socioeconomic status of their potential mothers, it seems more likely that the Tõnismägi babies may have died before growth faltering became evident (DCRBMD, 1724(DCRBMD, -1758Wood et al, 1992).…”
This paper presents the results of the first large‐scale study of children from early modern northern Estonia. A total of 191 non‐adults (<17 years) from the 16th–18th century Tõnismägi cemetery in the suburbs of Tallinn were analyzed to gain a better understanding of the health and living environment of these low‐status children. This was achieved through growth analysis and palaeopathological investigation of metabolic and respiratory diseases such as scurvy, vitamin D deficiency, and tuberculosis. Growth disruption was shown to be the most severe among non‐adults aged between 4 and 9 years and comparable to children living in post‐medieval London. It is unlikely that the children from Tallinn would have experienced the same level of industrial hazards as those in London, but poor socioeconomic status, an impoverished diet, and unsanitary living conditions in the suburbs had a detrimental effect on the growth of these non‐adults. This was supported by a statistically significant correlation between growth faltering and respiratory infections and evidence for scurvy in 40% of the infants (n = 30). The most likely cause was early weaning and a diet devoid of vitamin C, induced by poverty and cultural practices. The prevalence of rickets was much lower when compared with other post‐medieval populations in Europe, at just 1.2%. This suggests that children living in Tallinn were not deprived of sunlight and may have had access to more green spaces.
“…Although none of these samples perfectly correspond to the time period Tõnismägi cemetery was in use, they represent children of low socioeconomic status exposed to similar environmental conditions. The post‐medieval children act as a good reference sample for those with severe growth faltering (Hodson & Gowland, 2019; Newman & Gowland, 2017). In the final analysis, age categories were pooled into three groups (0–1 year, 2–3 years, and 4–9 years) because of the uneven distribution of individuals between the datasets and to increase the sample size for the older age groups.…”
Section: Methodsmentioning
confidence: 99%
“…The post-medieval children act as a good reference sample for those with severe growth faltering (Hodson & Gowland, 2019;Newman & Gowland, 2017). In the final analysis, age categories were pooled into three groups (0-1 year, 2-3 years, and 4-9 years) because of the uneven distribution of individuals between the datasets and to increase the sample size for the older age groups.…”
Section: Longitudinal Growthmentioning
confidence: 99%
“…Although Hodson and Gowland (2019) have demonstrated severe growth disruption among infants and perinates from post-medieval England, the latter were not included in the current growth study because of the absence of dental crowns. However, while the lack of growth faltering in the infants may be taken to suggest a good maternal environment, given the poor socioeconomic status of their potential mothers, it seems more likely that the Tõnismägi babies may have died before growth faltering became evident (DCRBMD, 1724(DCRBMD, -1758Wood et al, 1992).…”
This paper presents the results of the first large‐scale study of children from early modern northern Estonia. A total of 191 non‐adults (<17 years) from the 16th–18th century Tõnismägi cemetery in the suburbs of Tallinn were analyzed to gain a better understanding of the health and living environment of these low‐status children. This was achieved through growth analysis and palaeopathological investigation of metabolic and respiratory diseases such as scurvy, vitamin D deficiency, and tuberculosis. Growth disruption was shown to be the most severe among non‐adults aged between 4 and 9 years and comparable to children living in post‐medieval London. It is unlikely that the children from Tallinn would have experienced the same level of industrial hazards as those in London, but poor socioeconomic status, an impoverished diet, and unsanitary living conditions in the suburbs had a detrimental effect on the growth of these non‐adults. This was supported by a statistically significant correlation between growth faltering and respiratory infections and evidence for scurvy in 40% of the infants (n = 30). The most likely cause was early weaning and a diet devoid of vitamin C, induced by poverty and cultural practices. The prevalence of rickets was much lower when compared with other post‐medieval populations in Europe, at just 1.2%. This suggests that children living in Tallinn were not deprived of sunlight and may have had access to more green spaces.
“…However, their high prevalence can by proxy identify populations that may have increased susceptibility to severe morbidity or mortality from infectious diseases due to a weakening of the immune system and under nutrition. Prior analysis of multiple low status skeletal assemblages of infants from post-Medieval London showed comparable results, with limited evidence of specific infection, but a high prevalence of general non-specific skeletal pathology, indicative of overall poor health (Hodson and Gowland 2020). Thus, when combined with historical documentation, such as the St Bride's burial records, skeletal data becomes an essential component to the overall assessment of the bodily impact of urbanisation on non-adults.…”
Nineteenth-century London was notorious for overcrowding, poor housing, and heavy air pollution. With a large proportion of its population living in conditions of poverty, diseases flourished as people were increasingly drawn to the industrialising centres of England in search of employment opportunities. Utilising historical documentary and skeletal evidence, this paper explores the impact of increasing urbanisation on non-adult (those aged 0-17 years) health, particularly in relation to exposure to a multitude of infectious diseases in circulation during this time. Focusing on the community of St Bride's Church, London, it highlights the greater susceptibility of infants and children to risk of severe morbidity and mortality from infectious diseases, particularly amongst the lower classes. When considered against the socio-political, cultural and economic milieu of nineteenthcentury London, this reveals how the multi-faceted process of urbanisation exacerbated ill-health, increased susceptibility to deadly infectious pathogens, and ultimately further marginalised its poorest inhabitants.
“…La estimación de la edad de muerte en restos humanos es empleada como uno de los datos centrales en las investigaciones vinculadas a la antropología forense, la paleodemografía y el análisis paleopatológico en restos óseos y dentales, entre otros. La obtención de este tipo de información en individuos no adultos resulta imprescindible para realizar inferencias sobre múltiples problemáticas, como las tasas de mortalidad, los procesos de crecimiento y desarrollo, las situaciones de morbilidad, el periodo de destete, las condiciones congénitas y socioambientales, la dinámica paleodemográfica y la identificación de conductas sociales relacionadas con el infanticidio (e.g., Chamberlain, 2006;Lewis y Flavel, 2006;Grauer, 2012;Seguy y Buchet, 2013;Hodson y Gowland, 2019).…”
La estimación de la edad en restos humanos arqueológicos y forenses constituye uno de los principales desafíos que se debe afrontar antes de avanzar en cualquier otro tipo de análisis. Si bien los resultados suelen ser más precisos en individuos no adultos que en adultos, en ocasiones pueden observarse incongruencias entre los datos obtenidos a partir del relevamiento de diferentes elementos, así como en la implementación de diversas propuestas metodológicas. El objetivo de este trabajo es discutir las variaciones identificadas en las estimaciones de las edades de muerte de siete individuos no adultos procedentes de Tierra del Fuego. Se aplicaron diferentes métodos que evalúan la secuencia de erupción dental y la longitud máxima de los huesos largos. Los resultados indican edades de muerte de entre 38 semanas de gestación y 9 años, con variaciones de entre 0 y 5,25 años. Las diferencias más apreciables se observaron al comparar la longitud máxima de los huesos largos con la erupción dental; la primera tiende a estimar edades menores que la segunda, principalmente en los individuos mayores a los tres años. Se destaca la complejidad que implica estimar esta variable, motivo por el cual resulta prioritario reflexionar sobre las metodologías seleccionadas para este fin.
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