TY - JOUR
T1 - Prehistoric polydactylism
T2 - Biological evidence and rock art representation from the Atacama Desert in northern Chile
AU - Standen, Vivien G.
AU - Santoro, Calogero M.
AU - Arriaza, Bernardo
AU - Valenzuela, Daniela
AU - Coleman, Drew
AU - Monsalve, Susana
N1 - Publisher Copyright:
© 2018
PY - 2018/9
Y1 - 2018/9
N2 - A review of the bioarchaeological collections from the site Morro de Arica in northern Chile allowed the identification of two cases of human polydactyly. Both cases are from the Chinchorro culture, hunters, fishers, and gatherers with a maritime orientation who inhabited the coast of the Atacama Desert (9000–3400 BP). Additionally, the analyses of 75 rock art sites in the area, from the Formative to Late Intermediate Periods (3000–550 BP), allowed the identification of hands and feet with six digits. Given the bioarchaeological record of polydactyly, it is highly probable that the rock art images were based on real individuals with polydactyly. However, the Sr chemical signal in a juvenile with polydactyly is the same as the Sr chemical signal in the rest of the individuals buried in the same site, proving that all the individuals were born and lived on the coast. We discuss the idea that, although these anomalies could have been the result of genetic mutations, endogamy and exposition to ecotoxic environments could also be at play within the Chinchorro groups.
AB - A review of the bioarchaeological collections from the site Morro de Arica in northern Chile allowed the identification of two cases of human polydactyly. Both cases are from the Chinchorro culture, hunters, fishers, and gatherers with a maritime orientation who inhabited the coast of the Atacama Desert (9000–3400 BP). Additionally, the analyses of 75 rock art sites in the area, from the Formative to Late Intermediate Periods (3000–550 BP), allowed the identification of hands and feet with six digits. Given the bioarchaeological record of polydactyly, it is highly probable that the rock art images were based on real individuals with polydactyly. However, the Sr chemical signal in a juvenile with polydactyly is the same as the Sr chemical signal in the rest of the individuals buried in the same site, proving that all the individuals were born and lived on the coast. We discuss the idea that, although these anomalies could have been the result of genetic mutations, endogamy and exposition to ecotoxic environments could also be at play within the Chinchorro groups.
KW - Chinchorro mummies
KW - Chronic arsenic poisoning
KW - Endogamy
KW - Polydactyly
KW - Strontium isotopes
UR - https://www.scopus.com/pages/publications/85047837717
U2 - 10.1016/j.ijpp.2018.05.005
DO - 10.1016/j.ijpp.2018.05.005
M3 - Article
C2 - 29864653
AN - SCOPUS:85047837717
SN - 1879-9817
VL - 22
SP - 54
EP - 65
JO - International Journal of Paleopathology
JF - International Journal of Paleopathology
ER -