An endemic pathway to sheep and goat domestication at As , ikliHo euro yu euro k (Central Anatolia, Turkey)

Sheep and goats (caprines) were domesticated in Southwest Asia in the early Holocene, but how and in how many places remain open questions. This study investigates the initial conditions and trajectory of caprine domestication at As,iota kl iota Hoeuroyueurok, which preserves an unusually high-resolution record of the first 1,000 y of Neolithic existence in Central Anatolia. Our comparative analysis of caprine age and sex structures and related evidence reveals a local domestication process that began around 8400 cal BC. Caprine management at As,iota kl iota segued through three viable systems. The earliest mode was embedded within a broad-spectrum foraging economy and directed to live meat storage on a small scale. This was essentially a catch-and-grow strategy that involved seasonal capture of wild lambs and kids from the surrounding highlands and raising them several months prior to slaughter within the settlement. The second mode paired modest levels of caprine reproduction on site with continued recruitment of wild infants. The third mode shows the hallmarks of a large-scale herding economy based on a large, reproductively viable captive population but oddly directed to harvesting adult animals, contra to most later Neolithic practices. Wild infant capture likely continued at a low level. The transitions were gradual but, with time, gave rise to early domesticated forms and monumental differences in human labor organization, settlement layout, and waste accumulation. As,iota kl iota was an independent center of caprine domestication and thus supports the multiple origins evolutionary model.

Automated summary

This study investigates the domestication process of caprines at Asıklı Höyük, revealing a local domestication process that began around 8400 cal BC and went through three viable systems. This site was an independent center of caprine domestication and supports the multiple origins evolutionary model.