Neanderthals are the best-known hominids to bury their dead, with evidence stretching back roughly 60,000 to 70,000 years across multiple sites in Europe and the Middle East. But they weren’t necessarily the first or the only ones. Early Homo sapiens buried their dead at least 78,000 years ago in Africa, and more controversial evidence points to even older mortuary behavior by species with much smaller brains.
Neanderthals: The Classic Case
Neanderthal burials are the most thoroughly documented in the archaeological record. Sites across France, Iraq, and Israel have produced skeletons found in deliberately dug pits, sometimes in flexed positions that suggest the body was arranged before covering. The most famous example is Shanidar Cave in northern Iraq, where multiple Neanderthal remains were recovered beginning in the 1950s. One individual, known as Shanidar IV, was found with clusters of pollen from several different flower species in the grave area. The original excavator, Ralph Solecki, interpreted this as evidence that flowers had been placed with the body, a finding he described by saying “although the body was archaic, the spirit was modern.”
La Chapelle-aux-Saints in France is another landmark site, where a Neanderthal skeleton was found in a shallow pit in the floor of a limestone cave. Researchers confirmed through soil analysis that the pit had been intentionally excavated rather than formed by natural erosion. Across all these sites, the pattern is consistent: bodies placed in prepared depressions, covered relatively quickly with sediment, and sometimes associated with animal bones or stone tools.
Early Homo Sapiens in Africa
The oldest known burial of a modern human in Africa dates to about 78,300 years ago. It belongs to a child roughly two and a half to three years old, found at the Panga ya Saidi cave site in Kenya. Geochemical and soil analyses confirmed the burial pit was deliberately excavated, making it distinct from natural sediment accumulation. The child’s skeleton preserved some primitive dental features, fitting a broader pattern in which modern human traits assembled gradually rather than appearing all at once.
Slightly later Homo sapiens burials appear at Qafzeh and Skhul caves in Israel, dating to around 90,000 to 120,000 years ago, though these sites sit at the geographic crossroads of Africa and the Levant. By the Late Upper Paleolithic, roughly 10,000 to 14,000 years ago, burial practices in Europe had become elaborate. Graves at sites like Arene Candide in Italy and Bonn-Oberkassel in Germany included red ochre staining on bones and clothing, perforated deer teeth and shells worn as ornaments, elk antlers, carved animal figures, and even the partial skeleton of a dog. At Bonn-Oberkassel, a male and female were buried together, their upper bodies heavily stained with red ochre applied to their garments rather than directly to bone. These later burials reflect a rich symbolic world far beyond simple disposal of the dead.
Homo Naledi: A Surprising Contender
The most provocative recent claim involves Homo naledi, a small-brained hominid discovered in the Rising Star cave system in South Africa. Naledi’s brain was roughly a third the size of a modern human’s, closer in volume to a chimpanzee’s than to ours. Yet researchers led by Lee Berger have presented evidence that naledi deliberately buried its dead deep inside the cave system, in areas accessible only through narrow, difficult passages.
The evidence centers on three areas within the Dinaledi Chamber and Hill Antechamber. In each, skeletal remains were found with joints still connected, meaning soft tissue hadn’t decomposed before the body was covered. The sediment surrounding and filling the burial features matched the composition of nearby excavated material, consistent with dirt from a dug hole being used to cover the remains. Articulated body parts, including a hand, were found encased at angles and depths that rule out bodies simply lying on a surface and being gradually covered by settling dust.
The research team systematically tested and rejected alternative explanations. The bodies couldn’t have been carried into the Dinaledi Chamber by water flow or gravity-driven slumping, because the remains traveled more than 10 meters through narrow constrained passageways to reach their final positions. The sediment didn’t accumulate slowly over time from different sources. And the selective, rapid covering of specific bodies doesn’t match what happens when cave sediments naturally shift. The team concluded that deliberate burial is the hypothesis most compatible with all the physical evidence.
This finding remains contested. Many paleoanthropologists want additional independent verification before accepting that a hominid with such a small brain engaged in mortuary behavior previously associated only with larger-brained species. If confirmed, it would fundamentally challenge the long-held assumption that complex cultural behavior required a large brain.
The Pit of Bones: 430,000 Years Ago
Even older potential evidence comes from the Sima de los Huesos (“Pit of Bones”) at Atapuerca in Spain. This deep cave shaft contains the remains of at least 28 individuals belonging to a population closely related to Neanderthals, dating to around 430,000 years ago. No other explanation has held up well for why so many bodies ended up in this single, hard-to-reach location. Natural accidents would need to have struck dozens of individuals in the same spot over time, which researchers at the site consider increasingly unlikely as the body count grows.
The team that excavated the site interprets the accumulation as most likely the result of a mortuary practice, a deliberate, repeated act of depositing the dead in a specific place. Bears and other carnivores later entered the cave independently, leaving their own bones on top of the human layer. This isn’t burial in the strict sense of digging a pit and covering a body. It’s closer to what archaeologists call funerary caching: choosing a location and repeatedly bringing the dead there. If this interpretation holds, it would push intentional treatment of the dead back nearly half a million years.
How Archaeologists Identify a Burial
Distinguishing an intentional burial from a body that happened to be preserved by natural processes requires several lines of evidence converging. Archaeologists look for a pit that was clearly dug into existing sediment, with fill material that differs from surrounding layers or matches what would have been scooped out and replaced. The position of the body matters: limbs arranged in a flexed or organized posture suggest someone placed them that way. Articulated joints, where bones remain connected as they were in life, indicate the body was covered before soft tissue decayed, which typically happens within weeks.
Grave goods provide the strongest signal of symbolic intent. Red ochre, a naturally occurring iron-rich pigment, appears in burials spanning tens of thousands of years and across multiple species. Perforated shells, animal teeth, antlers, and carved objects found alongside remains suggest the burial carried meaning beyond hygiene or practicality. But many early burials contain no grave goods at all, which doesn’t rule out intentionality. It simply means the evidence for deliberate action has to come from the physical structure of the grave itself.
What Burial Tells Us About Early Minds
Burying the dead is not a simple behavior. It requires recognizing death as a permanent state, coordinating with others to transport and cover a body, and choosing a specific location for the act. When burial happens in dangerous or difficult-to-reach places, as with Homo naledi’s deep cave chambers, it implies planning, strong social bonds, and some shared understanding of why the effort matters.
For decades, intentional burial was treated as a marker of modern human cognition, something only big-brained species could manage. The Neanderthal evidence complicated that picture, and the naledi claims, if they survive ongoing scrutiny, would complicate it further. The emerging view is that the relationship between brain size and behavioral complexity is less straightforward than once assumed. Multiple hominid lineages may have independently developed ways of engaging with their dead, each reflecting their own social structures and cognitive capacities.