Fossil remains of aurochs from 120,000 years ago at Nesher Ramla show that most were adult females of prime age, while young and old individuals were rare. This pattern does not match what would be...
Mechanism
Synthesis from 1 study
Early humans didn't just hunt any aurochs they found — they learned to pick out the biggest, healthiest adult females one at a time, leaving behind the young and the old. This wasn't luck or accident; it was a smart, repeated choice that left behind a clear pattern in the bones.
Most probable mechanism
Early human hunters learned to identify and approach adult female aurochs alone, avoiding groups with young or old individuals, because these cows provided the most reliable meat without the risk or effort of chasing entire herds or dealing with vulnerable calves or weak elders.
Hominins recognize and track individual adult female aurochs based on size, behavior, and group composition, avoiding juveniles and senescent individuals.
Hunters execute isolated, planned intercepts rather than group drives, resulting in the selective removal of prime-aged females from the population.
The absence of juvenile and older adult remains reflects the deliberate exclusion of these age classes during hunting events.
Evidence from Studies
Supporting (1)
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Archaic humans in the Middle Palaeolithic Levant conducted planned and selective intercepts of aurochs, but not mass hunting
Contradicting (0)
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Gold Standard Evidence Needed
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