Abstract:Childhood palaeopathology remains an underutilised resource in the study of Roman Britain, particularly for exploring the lives of the rural population. Lesions in child skeletons provide unique insights into past lifeways and population health, as adverse environmental conditions translate more readily into the osteological record of these vulnerable members of society. To demonstrate the range of information gleaned from the children, 1,279 non-adults (0-17 years) from 26 first-to fifth-century urban and rur… Show more
“…It is evident from the archeological record that there is a real failure to thrive in children throughout the Roman period (Carroll, 2014;Rohnbogner, 2017;Rohnbogner & Lewis, 2017). It is estimated that up to 50% of children died before the age of 10 years old, with 20-40% of these not reaching the age of 1 year (Carroll, 2014(Carroll, , 2018.…”
Section: Resultsmentioning
confidence: 99%
“…This is particularly interesting with regards to children under the age of 1 year. Explanations for high infant mortality rates during the Roman period have ranged from malnutrition and disease to infanticide and exposure (Gowland et al, 2014; Mays, 1993; Pilkington, 2013; Rohnbogner, 2017). The results of this study offer new insights into the previously overlooked role that lead may have played in these high infant mortality rates.…”
The use of lead was ubiquitous throughout the Roman Empire, including material for water pipes, eating vessels, medicine, and even as a sweetener for wine. The toxicity of lead is well established today, resulting in long-term psychological and neurological deficits as well as metabolic diseases. Children are particularly susceptible to the effects of lead, and it is likely that the widespread use of this deadly metal among Roman populations led to a range of adverse health effects. Indeed, lead poisoning has even been implicated in the downfall of the Roman Empire. This research examines, for the first time, the direct effect of lead poisoning on the inhabitants of the Empire. It explores whether the dramatic increase in lead during this period contributed to the failure to thrive evident within the skeletal remains of Roman children.Lead concentration and paleopathological analyses were used to explore the association between lead burdens and health during the Roman period. This study includes 173 individuals (66 adults and 107 non-adults) from five sites, AD 1st-4th centuries,
“…It is evident from the archeological record that there is a real failure to thrive in children throughout the Roman period (Carroll, 2014;Rohnbogner, 2017;Rohnbogner & Lewis, 2017). It is estimated that up to 50% of children died before the age of 10 years old, with 20-40% of these not reaching the age of 1 year (Carroll, 2014(Carroll, , 2018.…”
Section: Resultsmentioning
confidence: 99%
“…This is particularly interesting with regards to children under the age of 1 year. Explanations for high infant mortality rates during the Roman period have ranged from malnutrition and disease to infanticide and exposure (Gowland et al, 2014; Mays, 1993; Pilkington, 2013; Rohnbogner, 2017). The results of this study offer new insights into the previously overlooked role that lead may have played in these high infant mortality rates.…”
The use of lead was ubiquitous throughout the Roman Empire, including material for water pipes, eating vessels, medicine, and even as a sweetener for wine. The toxicity of lead is well established today, resulting in long-term psychological and neurological deficits as well as metabolic diseases. Children are particularly susceptible to the effects of lead, and it is likely that the widespread use of this deadly metal among Roman populations led to a range of adverse health effects. Indeed, lead poisoning has even been implicated in the downfall of the Roman Empire. This research examines, for the first time, the direct effect of lead poisoning on the inhabitants of the Empire. It explores whether the dramatic increase in lead during this period contributed to the failure to thrive evident within the skeletal remains of Roman children.Lead concentration and paleopathological analyses were used to explore the association between lead burdens and health during the Roman period. This study includes 173 individuals (66 adults and 107 non-adults) from five sites, AD 1st-4th centuries,
“…Even in the event of contemporary death and inhumation of more than 1 individual within a community, Y. pestis need not be the cause. Poor health and inadequate diets in late antiquity compromised immune systems and made death from disease more likely, especially for younger individuals in urban environments (68, 69). Physical and nutritional stress contributed to the impact of epidemics, including those of Y. pestis (70).…”
Section: Archaeological Contributions Reveal Continuity Rather Than Cmentioning
Existing mortality estimates assert that the Justinianic Plague (circa 541 to 750 CE) caused tens of millions of deaths throughout the Mediterranean world and Europe, helping to end antiquity and start the Middle Ages. In this article, we argue that this paradigm does not fit the evidence. We examine a series of independent quantitative and qualitative datasets that are directly or indirectly linked to demographic and economic trends during this two-century period: Written sources, legislation, coinage, papyri, inscriptions, pollen, ancient DNA, and mortuary archaeology. Individually or together, they fail to support the maximalist paradigm: None has a clear independent link to plague outbreaks and none supports maximalist reconstructions of late antique plague. Instead of large-scale, disruptive mortality, when contextualized and examined together, the datasets suggest continuity across the plague period. Although demographic, economic, and political changes continued between the 6th and 8th centuries, the evidence does not support the now commonplace claim that the Justinianic Plague was a primary causal factor of them.
“… 136 See Redfern et al . 2012 and Rohnbogner 2015. It is proposed that this increase is multifactorial: an increase in population, the introduction of urbanism, new food-ways and childcare practices, as well as slavery, see Redfern and DeWitte 2011.…”
mentioning
confidence: 99%
“… 169 Roberts and Cox 2003 and Rohnbogner 2015; the latter has undertaken an extensive and comprehensive re-examination of many populations from Roman Britain but has not found any cases. Cases of syphilis and treponematosis have been reported but not always published in the peer-review literature from Roman Spain (Rissech et al .…”
This research explores the contribution bioarchaeology can make to the study of slavery in Roman Britain, responding to the calls by Webster and colleagues for the greater use of osteological and scientific techniques in this endeavour. It reviews the evidence for the bodies of the enslaved in the primary sources and bioarchaeological evidence from the New World and the Roman Empire. The paper aims to establish patterns of physiological stress and disease, which could be used to reconstruct osteobiographies of these individuals, and applies these findings to bioarchaeological evidence from Britain. It concludes that at the present time, it may not be possible for us to successfully separate out the enslaved from the poor or bonded labourers, because their life experiences were very similar. Nevertheless, these people are overlooked in the archaeological record, so unless we attempt to search for them in the extant evidence, the life experiences of the majority of the Romano-British population who were vital to its economy will remain lost to us.
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