Researchers studying Ethiopia’s Afar Rift have reported what could be the oldest known evidence of human cremation. The finding comes from sediments about 100,000 years old in the Middle Awash region, an area with one of Africa’s richest records of early Homo sapiens life.
The study focused on the Faro Daba beds in the lower Halibee Member of the Dawaitoli Formation. These deposits hold fossils, stone tools, and environmental traces from a time before modern human groups spread into Eurasia. Field teams working in the region since 1981 recovered thousands of artifacts and animal remains, along with fossil material from at least three Homo sapiens individuals.
Some human bones showed traces of burning at high temperatures. Researchers suggest such evidence could point to cremation. If confirmed, the practice would push back the known history of human cremation by tens of thousands of years. Other bones carried predator bite marks. Signs of rapid burial appeared as well. The remains point to different postmortem histories among the individuals found at the site.
The location stands out because much of the archaeological material stayed where ancient people left or dropped it. Many African sites from this period come from caves or rock shelters with thin deposits. Open-air sites with intact layers remain rare. At Faro Daba, fossils and tools survived with limited disturbance from water flow, erosion, or geological activity.
Thousands of Middle Stone Age stone artifacts were recovered from the sediments. Researchers found evidence for repeated short-term visits to the area rather than long-lasting settlement. Tool production and discard took place on a floodplain linked to the ancient Awash River.
Environmental evidence paints a picture of a wooded landscape shaped by seasonal flooding. Sediment data, animal remains, and combustion traces place human activity away from the main river channel. The research team argues local water conditions shaped daily life more strongly than broad climate trends.
More than 3,000 animal fossils helped reconstruct the surrounding ecosystem. The faunal record includes monkeys, rodents, and large mammals. Such remains offer a detailed view of the habitats early Homo sapiens used in East Africa.
Some stone artifacts came from obsidian, a volcanic glass sourced from distant locations. Those materials point to long-distance movement across the landscape. Early human groups in the region appear to have traveled widely and returned repeatedly to familiar places.
The Middle Stone Age marks a major phase in African human history tied to the rise of Homo sapiens. Evidence from open-air contexts remains limited, which gives added weight to the Afar Rift findings. By combining geology, archaeology, fossil evidence, and environmental data, the study builds a detailed record of how human groups lived on a seasonally flooded plain 100,000 years ago. Water availability, mobility, tool making, and shifting local habitats all played a role in shaping life along the ancient Awash River.
Disclaimer: This website is a science-focused magazine that welcomes both academic and non-academic audiences. Comments are written by users and may include personal opinions or unverified claims. They do not necessarily reflect the views of our editorial team or rely on scientific evidence.
Comment Policy: We kindly ask all commenters to engage respectfully. Comments that contain offensive, insulting, degrading, discriminatory, or racist content will be automatically removed.