Baby Bone Well
Hypotheses Regarding Infant Deposits
- Four primary hypotheses for infant deposits: sacrifice, plague, infanticide, normal infant mortality.
- Complex behaviors often have multiple causes; one cannot oversimplify explanations.
- The Agora Bone Well deposit likely reflects mixed causes.
Famine and Epidemic
- Historical context: a prosperous Athens after 167 BC; no records of plague.
- Infant mortality linked to maternal nutrition; epidemics can exacerbate mortality rates.
- Evidence from various cemeteries shows different mortality patterns.
- Analysis at the Agora reflects prevalence of late fetal to newborn deaths, not solely caused by epidemics.
Infanticide
- Infanticide and neonaticide observed across cultures, including ancient Greece.
- Factors influencing infanticide: visible deformities, illegitimacy, societal stress.
- No direct evidence of infanticide in Greek texts; euphemisms for child abandonment noted.
- The greater morality factors affecting practice differ for citizens and metics/slaves.
Natural Mortality
- High infant mortality rates (estimates range 20%-40%) in antiquity.
- Mortality clustered shortly after birth; maternal care practices likely impacted survival.
- Societal factors (resources, child-rearing customs) influenced mortality risk.
Older Individuals in the Well
- Anomaly of several older remains indicates differing social attitudes and treatment.
- Evidence suggests some were likely socially deviant or unclaimed individuals, leading to informal burials.
Presence of Dogs
- Dogs in the well suggest a symbolic or ritualistic killing rather than mere disposal.
- Associations with purification rituals noted in Greek culture.
Conclusions
- Combination of infanticide and natural mortality explains the majority of deposits.
- Practical disposal solutions for deceased newborns and a reflection of societal values on mortality and upbringing.
- Insights into attitudes towards infant mortality and burial practices reflect socioeconomic contexts.
- Ongoing interdisciplinary collaboration enhances understanding of the complexities surrounding the Agora Bone Well deposit.