Showing posts with label Bronze Age. Show all posts
Showing posts with label Bronze Age. Show all posts

Tuesday, May 18, 2010

The scavenger or the scavenged? Human consumption of hyaena during the Middle Peistocene on Maltravieso cave


Maltravieso cave is located in the southwest of the Iberian Peninsula, in the environs of the city of Cáceres (Extremadura, Spain). This karstic cavity contains several archaeological levels and sites spanning a broad chronology, from the Middle Pleistocene to the Bronze Age.


One of the rooms which the cavity is composed of has a fill that has been dated between 117 and 183 kyr B.P. by uranium series. This room is known as “Sala de los Huesos” (Hall of Bones), because of its abundance of Quaternary mammal fossils. The species identified mostly belong to ungulates. The carnivores are abundant, above all hyaena specimens (Crocuta crocuta). The archaeological fieldwork conducted in this cavity provides evidence of the use of the room as a hyaena den with a low human impact, despite the presence of lithic tools and a dozen bones with cut marks.



Cutmarks documented on Crocuta crocuta ulna of Sala de los Huesos (Maltravieso cave) - Photo: Antonio Rodríguez-Hidalgo


Among the elements that have cut marks, some belong to the hyaenas themselves. In particular there is an adult hyaena ulna that shows cut marks on the anterior face, product of defleshing, and a hyaena innominate that shows cut marks and peeling, product of disarticulation of the femur.


The interaction between hyaenas and hominids during the Middle Pleistocene is one of the central topics in research on human evolution and has been approached from different disciplines. Taphonomic studies are the most likely ones to have contributed data to this issue since the 80s of the last century. The case of the Maltravieso cave shows a kind of interaction between hominids and hyaenas that had not previously been documented. Consumption of carnivores is not common during the Pleistocene, although some cases are known. However, consumption of hyaenas was unknown until now. The particularity of this case is also due to the fact that the archaeological context does not correspond with a hominid home base. Sala de los Huesos was primarily a hyaena den. Hence there are two possible interpretations: 1) the hyaena remains were processed by hominids outside the cavity and, once abandoned, they were transported by other hyaenas to the Sala de los Huesos den, or 2) the hominids processed in situ the remains of hyaena.


The latter hypothesis is suggestive, since it would imply the entry of hominids in the dens to search for resources, perhaps for carrion or maybe in the context of hyaena hunting.


The scientific research was carried out by Antonio Rodríguez-Hidalgo, researcher of the Primeros Pobladores de Extremadura team and collaborator of the Institut Català de Paleoeoclogia Humana i Evolució Social (IPHES) in collaboration with Palmira Saladié (IPHES) and Antoni Canals (URV).


For further information


Article “The scavenger or the scavenged?” A. Rodríguez-Hidalgo
Journal of Taphonomy, 1(2010): 75-76

Contact
Antonio Rodríguez-Hidalgo

antonio.rodriguez@prehistoria.urv.cat


Thursday, September 13, 2007

Bronze Age cannibalism in Atapuerca

Evidence for Bronze Age cannibalism in El Mirador Cave (Sierra de Atapuerca, Burgos, Spain), American Journal of Physical Anthropology, Volume 133, Issue 3, Date: July 2007, Pages: 899-917

Isabel Cáceres, Marina Lozano, Palmira Saladié

Área de Prehistoria de la Universidad Rovira i Virgili de Tarragona, IPHES (Institut de Paleoecologia Humana i Evolució Social), Fundación Atapuerca


During excavations of the Bronze Age levels at El Mirador Cave, a hole containing human remains was found. Taphonomic analysis revealed the existence of cutmarks, human toothmarks, cooking damage, and deliberate breakage in most of the remains recovered, suggesting a clear case of gastronomic cannibalism. The piled distribution of the remains, the uneven skeletal representation, and the chronological difference between the pit and the remains suggest that these bones were subsequently buried by a human group that inhabited into the cave later in time.

Outside Trinchera del Ferrocarril complex and Sima de los Huesos site, El Mirador Cave is located at the southern side of the Sierra de Atapuerca (Burgos, Spain). The Bronze Age remains noticed here appeared in a 6 m2 exploratory excavation. Dating based on charcoal and bone shows that MIR4 corresponds to the Middle Bronze Age. The human remains provide calibrated dates between 4400 and 4100 BP. Dates indicate that the human remains considered here would fit chronologically into the Early Bronze Age.


Dorsal vertebrae exploitation pattern (MIR4-P22-212a and 212b):

cutmarks (arrow) cross both vertebrae as a result of the same

action. Also there are toothmarks on the laminae and peeling

of the spinal process. The articular facets have completely

disappeared
.

The assemblage of human remains recovered from El Mirador Cave consists of 106 specimens belonging to at least six individuals. These remains show evidence of systematical dismemberment, defleshing, and consumption. The distribution of these human remains, with skulls at the bottom and postcranial bones on cranial remains, the abundant bones breakage and the obvious presence of cutmarks, cooking damage, and possible human toothmarks, provide evidences of cannibalistic practices during recent periods of prehistory. All taphonomic alterations on these human remains are anthropogenic in origin. Most incisions indicate that these bodies were defleshed and disarticulated. Cutmarks appear in areas of muscle insertion, following patterns of processing, which are similar in all individuals. Another significant feature of the assemblage is a high degree of bone fragmentation. Analysis of the fracture outline shows a majority to have curved/V-shaped with mixed angles and smooth edges. These features suggest that the breakage occurred while bone was fresh. Human toothmarks in El Mirador Cave are always superficial and small. The size of toothmarks, the presence of peeling associated with toothmarks, crenullated edges on very fragile bones, the similarity with experimental specimens, together with the absence of other modifications, which are typical of carnivores, allow us to propose that in El Mirador Cave, human toothmarks have been identified.

These remains were subject to complex perimortem processing, though it is not possible to determine how the individuals died. The human bodies had been processed similarly to other animals. This processing pattern is similar to that observed in butchered animals from this as well other archaeological sites. There are clear similarities with other archaeological assemblages displaying evidence of nutritional cannibalism, such as published for other sites like Moula-Guercy, Gough’s Cave, Grotte des Perrats, Fontbrégoua, Las Majólicas and the cave of Malalmuerzo or Mancos.

The presence of perimortem cutmarks, human toothmarks, bone breakage, and effect of cooking strongly suggest the existence of Bronze Age gastronomic cannibalism in El Mirador Cave.

To comments icaceres@prehistoria.urv.cat