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Grave Shortcomings: The Evidence for Neandertal Burial [and Comments and Reply]

Profile image of Rob GargettRob Gargett

1989, Current …

https://doi.org/10.1086/203725
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35 pages

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Key takeaways
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  1. The text critiques the evidence for Neandertal burial, questioning established interpretations of archaeological finds.
  2. Gargett analyzes various Middle Paleolithic sites, including La Chapelle-aux-Saints and La Ferrassie, revealing inconsistencies in burial claims.
  3. He emphasizes the need for explicit criteria to recognize purposeful burial in the archaeological record.
  4. Natural processes may have accounted for the preservation of Neandertal remains, rather than intentional human burial.
  5. The article suggests that removing the assumption of Neandertal burial may clarify cultural evolution at the Middle/Upper Paleolithic boundary.
Figures (15)
Fic. 2. La Chapelle-aux-Saints, transverse section (Bouyssonie, Bouyssonie, and Bardon 1980-fig. 3, reprinted by permission of Masson, Paris).  ene een nen EE IEEE IEEE IEEE IIE fp ERE EEE  The cave appears to have been formed at the contact between strata of different lithological composition. In cross section (fig. 2) it is low, ellipsoid, and flat- bottomed. Thus it is most likely a bedding-plane tunnel created by high-energy underground stream flow (see Warwick 1976:73). Stratum 5, the basal layer, on which the skeleton lay, is variously referred to as ‘calcareous
Fic. 2. La Chapelle-aux-Saints, transverse section (Bouyssonie, Bouyssonie, and Bardon 1980-fig. 3, reprinted by permission of Masson, Paris). ene een nen EE IEEE IEEE IEEE IIE fp ERE EEE The cave appears to have been formed at the contact between strata of different lithological composition. In cross section (fig. 2) it is low, ellipsoid, and flat- bottomed. Thus it is most likely a bedding-plane tunnel created by high-energy underground stream flow (see Warwick 1976:73). Stratum 5, the basal layer, on which the skeleton lay, is variously referred to as ‘calcareous
Fic. 3. La Chapelle-aux-Saints, longitudinal section (Bouyssonie, Bouyssonie, and Bardon 1908: fig. 2, reprinted by permission of Masson, Paris).
Fic. 3. La Chapelle-aux-Saints, longitudinal section (Bouyssonie, Bouyssonie, and Bardon 1908: fig. 2, reprinted by permission of Masson, Paris).
FIG. 9. Regourdou, longitudinal section (Bonifay 1964:fig. 1, reprinted by permission of Masson, Paris).
FIG. 9. Regourdou, longitudinal section (Bonifay 1964:fig. 1, reprinted by permission of Masson, Paris).
were “offerings” (cores, flakes, scrapers, a bear humerus] mixed with small rubble, sand, and cinders. Also in- cluded were other bones of bear and deer. It is curious that, in figure 12, IVA is shown filling a depression be- tween the ‘north wall” and the eroded talus alluded to above (i.e., IV—VI). This would indicate that IV had been laid down and eroded before IVA began to accumulate. However, in figures 9 and 10 (sections at right angles to one another), IVA is shown as a typical dome-shaped pile of rubble like VB or VIIA. Also in figure 10, IV is shown as overlying IVA, which would mean that it post-dated that feature. There is no doubt that the stones of IVA collected during a period when either Neandertals were using the cave or their detritus was collecting inside as it fell down the shaft. The clasts that form IVA, with all the rest in this chamber, would have been subjected to downslope movement and would have come to rest at the bottom, where the floor levelled out. This process would have been hastened by the action of rapidly run-
were “offerings” (cores, flakes, scrapers, a bear humerus] mixed with small rubble, sand, and cinders. Also in- cluded were other bones of bear and deer. It is curious that, in figure 12, IVA is shown filling a depression be- tween the ‘north wall” and the eroded talus alluded to above (i.e., IV—VI). This would indicate that IV had been laid down and eroded before IVA began to accumulate. However, in figures 9 and 10 (sections at right angles to one another), IVA is shown as a typical dome-shaped pile of rubble like VB or VIIA. Also in figure 10, IV is shown as overlying IVA, which would mean that it post-dated that feature. There is no doubt that the stones of IVA collected during a period when either Neandertals were using the cave or their detritus was collecting inside as it fell down the shaft. The clasts that form IVA, with all the rest in this chamber, would have been subjected to downslope movement and would have come to rest at the bottom, where the floor levelled out. This process would have been hastened by the action of rapidly run-
those clasts that fell from the ceiling. We might expect any flattish stones to have come to rest flat inside the “grave,” thereby creating the “pavement” that occurs in the middle. With so many parts of bear being discovered throughout the cave, we should begin to think about the possibility that this chamber was home to generations of hibernating bears. It seems likely that the three crania that have been preserved on the top of IVB would have been protected from traffic and subsequent destruction by being against the wall. Nothing about this feature suggests that it could not have occurred naturally.  long and about 0.7 m high. The “grave” itself forms a rectangle 0.6 m by 1.5 m. It contained a complete bear skeleton that according to the excavator had been cut-up before disposal; thus the diverse other elements and animal parts must have been introduced later. Also found was a “‘pierced’”’ stone. All this was covered with a huge flat stone weighing approximately 850 kg. The “north wall,” as mentioned above, could easily be ac- counted for by the fact that it lies directly under the node between the two vaults forming above (see fig. 9). A line of weakness in the ceiling might be expected to produce a linear talus formation. The “north wall,” not shown in figure 9, lies along the east-west line in Tran- sect F, according to the plan, and probably grades into IVA in places (if indeed these are different formations), forming a wide accumulation at the base of the main talus. Thus it too is a predictable occurrence in this envi- ronment—a combination of ceiling spalls falling in
those clasts that fell from the ceiling. We might expect any flattish stones to have come to rest flat inside the “grave,” thereby creating the “pavement” that occurs in the middle. With so many parts of bear being discovered throughout the cave, we should begin to think about the possibility that this chamber was home to generations of hibernating bears. It seems likely that the three crania that have been preserved on the top of IVB would have been protected from traffic and subsequent destruction by being against the wall. Nothing about this feature suggests that it could not have occurred naturally. long and about 0.7 m high. The “grave” itself forms a rectangle 0.6 m by 1.5 m. It contained a complete bear skeleton that according to the excavator had been cut-up before disposal; thus the diverse other elements and animal parts must have been introduced later. Also found was a “‘pierced’”’ stone. All this was covered with a huge flat stone weighing approximately 850 kg. The “north wall,” as mentioned above, could easily be ac- counted for by the fact that it lies directly under the node between the two vaults forming above (see fig. 9). A line of weakness in the ceiling might be expected to produce a linear talus formation. The “north wall,” not shown in figure 9, lies along the east-west line in Tran- sect F, according to the plan, and probably grades into IVA in places (if indeed these are different formations), forming a wide accumulation at the base of the main talus. Thus it too is a predictable occurrence in this envi- ronment—a combination of ceiling spalls falling in
Fic. 12. Regourdou, section through “burial” along north-south axis (after Bonifay 1962:diagram 23).
Fic. 12. Regourdou, section through “burial” along north-south axis (after Bonifay 1962:diagram 23).
Fic. 13. Regourdou, section through “burial” along east-west axis (after Bonifay 1962:diagram 23).
Fic. 13. Regourdou, section through “burial” along east-west axis (after Bonifay 1962:diagram 23).
not another natural phenomenon. Its irregular shape in plan and its size, covering the length of the base of the slope, make natural process an overwhelming likeli- hood. Overall, the schematic quality of the “walls” in the plan suggests a little artistic license. For example, the line between IVA and the “north wall” is arrow- straight, yet it would be difficult from figure ro to judge where one ended and the other began. Also, that the ‘north wall’’ is missing from the profile in figure 9 is a mystery, since it is shown in plan as butting up against IVA between Transects 3 and 4, the line along which the section of figure 9 is supposed to dissect the cave. All this makes the interpretation of conscious rearrange- ment of naturally occurring sediments hard to accept.  cumulated over time, not at the time that the hole was eroded. Thus it is probably not a grave.  Feature IIIB (figs. 9 and to} is a sort of “small stonework” forming a “pavement” covering several square meters. The substrate here is almost level. Downslope movement is very much reduced, and clasts that were falling from the ceiling were likely to remain where they fell.  1 a nT fr a +. PT 1
not another natural phenomenon. Its irregular shape in plan and its size, covering the length of the base of the slope, make natural process an overwhelming likeli- hood. Overall, the schematic quality of the “walls” in the plan suggests a little artistic license. For example, the line between IVA and the “north wall” is arrow- straight, yet it would be difficult from figure ro to judge where one ended and the other began. Also, that the ‘north wall’’ is missing from the profile in figure 9 is a mystery, since it is shown in plan as butting up against IVA between Transects 3 and 4, the line along which the section of figure 9 is supposed to dissect the cave. All this makes the interpretation of conscious rearrange- ment of naturally occurring sediments hard to accept. cumulated over time, not at the time that the hole was eroded. Thus it is probably not a grave. Feature IIIB (figs. 9 and to} is a sort of “small stonework” forming a “pavement” covering several square meters. The substrate here is almost level. Downslope movement is very much reduced, and clasts that were falling from the ceiling were likely to remain where they fell. 1 a nT fr a +. PT 1

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FAQs

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What are the main arguments against Neandertal burial practices?add

The study argues that evidence for burial is largely speculative, as contexts imply natural burial rather than purposeful interment, exemplified by La Chapelle-aux-Saints and others.

How do sedimentological contexts influence interpretations of burial evidence?add

Sedimentological analyses reveal that many locations presented conditions conducive to natural deposition, complicating interpretations traditionally attributed to ritualistic practices.

What analysis methods were employed to reassess Neandertal burial evidence?add

The analysis utilized methods from geoarchaeology, sedimentology, and taphonomy to critically evaluate the contexts of purported Neandertal burials, revealing inconsistencies and assumptions.

How significant are the findings regarding ritual behavior in Neandertals?add

The findings suggest that inferring ritual behavior from burial practices may be misplaced, indicating that Neandertals likely did not perform mortuary rituals as previously assumed.

What implications do the findings have on understanding Neandertal spirituality?add

The study points to a potential re-evaluation of Neandertal spirituality, arguing that without clear evidence of burial practices, claims of their emotional capacities may need reconsideration.

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    Issues of theory and method in the analysis of Paleolithic mortuary behavior: A view from Shanidar Cave

    Evolutionary Anthropology: Issues, News, and Reviews

    Mortuary behavior (activities concerning dead conspecifics) is one of many traits that were previously widely considered to have been uniquely human, but on which perspectives have changed markedly in recent years. Theoretical approaches to hominin mortuary activity and its evolution have undergone major revision, and advances in diverse archeological and paleoanthropological methods have brought new ways of identifying behaviors such as intentional burial. Despite these advances, debates concerning the nature of hominin mortuary activity, particularly among the Neanderthals, rely heavily on the rereading of old excavations as new finds are relatively rare, limiting the extent to which such debates can benefit from advances in the field. The recent discovery of in situ articulated Neanderthal remains at Shanidar Cave offers a rare opportunity to take full advantage of these methodological and theoretical developments to understand Neanderthal mortuary activity, making a review of these advances relevant and timely.

    The Cradle of Thought: Growth, Learning, Play and Attachment in Neanderthal Children

    Oxford Journal of Archaeology, 2014

    Childhood is a core stage in development, essential in the acquisition of social, practical and cultural skills. However, this area receives limited attention in archaeological debate, especially in early prehistory. We here consider Neanderthal childhood, exploring the experience of Neanderthal children using biological, cultural and social evidence. We conclude that Neanderthal childhood experience was subtly different from that of their modern human counterparts, orientated around a greater focus on social relationships within their group. Neanderthal children, as reflected in the burial record, may have played a particularly significant role in their society, especially in the domain of symbolic expression. A consideration of childhood informs broader debates surrounding the subtle differences between Neanderthals and modern humans.

    A symbolic Neanderthal accumulation of large herbivore crania

    Nature Human Behaviour

    This work examines the possible behaviour of Neanderthal groups at the Cueva Des-Cubierta (central Spain) via the analysis of the latter’s archaeological assemblage. Alongside evidence of Mousterian lithic industry, Level 3 of the cave infill was found to contain an assemblage of mammalian bone remains dominated by the crania of large ungulates, some associated with small hearths. The scarcity of post-cranial elements, teeth, mandibles and maxillae, along with evidence of anthropogenic modification of the crania (cut and percussion marks), indicates that the carcasses of the corresponding animals were initially processed outside the cave, and the crania were later brought inside. A second round of processing then took place, possibly related to the removal of the brain. The continued presence of crania throughout Level 3 indicates that this behaviour was recurrent during this level’s formation. This behaviour seems to have no subsistence-related purpose but to be more symbolic in it...

    The Religious Mind and the Evolution of Religion

    Review of General Psychology, 2006

    This article summarizes the literature on the religious mind and connects it to archeological and anthropological data on the evolution of religion. These connections suggest a three stage model in the evolution of religion: One, the earliest form of religion (pre-Upper Paleolithic [UP]) would have been restricted to ecstatic rituals used to facilitate social bonding; two, the transition to UP religion was marked by the emergence of shamanistic healing rituals; and, three, the cave art, elaborate burials, and other artifacts associated with the UP represent the first evidence of ancestor worship and the emergence of theological narratives of the supernatural. The emergence of UP religion was associated with the move from egalitarian to transegalitarian hunter-gatherers.

    Science and Technology in Human Societies

    2017

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