Partial cranial trephination by means of Hippocrates' trypanon from 5th century BC Himera (Sicily,Italy)

The paper deals with a new case of partial cranial trephination found in one of the necropolises of the Greek colony of Himera in Sicily. It is one of the very few cases of cranial trephination of Greek classical age. Macroscopic as well as radiological investigations prove that the operation was perimortal as no growth of new bone could be detected, SEM‐EDS microanalysis of the piece revealed the traces left by the tool used during trephination. The review of ancient Greek and Latin medical and surgical texts permitted us to establish that the tool used in Himera was a (trypanon) mentioned by Hippocrates and named terebra by Latin authors. Copyright © 2010 John Wiley & Sons, Ltd.     

The pearls and pitfalls of skull trephination as described in the Hippocratic treatise "On Head Wounds"

The purpose of our current study is to describe the guidelines regarding trephination as suggested in the Hippocratic writer's book, "Peri ton en cephali traumaton" ("On Head Wounds"). The ancient Greek text was reviewed as well as two English translations. The Hippocratic author described the indications, timing, and techniques of trephination for patients with head injury. He emphasized that attention should be paid to the details of the employed technique. He also commented on the difference of skull thickness at different anatomical sites and also between different age groups. The Hippocratic recommendations provided details for the performance of trephination by the ancient Greek physicians that are still considered important in modern neurosurgery.     

The woman of Pritschoena: an example of the German neolithic neurosurgery in Saxony-Anhalt

We present an outstanding example of successful prehistoric double trephination dating between 2700 and 2200 BC, most likely to the Corded Ware culture, at the end of the Neolithic Age. The particularity of this case is the presence of a double trephination, one frontal over the sinus sagittal superior and one parietal right. There is evidence that the patient survived months to years after the operations. The purpose of the procedure is not known. The case confirms the astonishing degree of technical skills reached in Saxony-Anhalt over 4500 years ago without anesthetic, antiseptic, or technologic aids.     

Culturally modified skeletal remains from the site of Huamelulpan,Oaxaca, Mexico

A series of crania from the site of Huamelulpan, Oaxaca, Mexico (400 BC to AD 800), were examined. Four showed notable cultural modifications. One exhibited a healed trephination, while the other three were perforated through the frontal. The cultural context and significance of these modifications is discussed, especially in relationship to the site of Monte Albán, where trephination was more common than anywhere else in Mesoamerica. The post-mortem cranial perforations appear to be connected with the practice of ancestor veneration. © 1997 John Wiley & Sons, Ltd.     

The woman behind the syndrome: Frey's syndrome — the untold story*

We present an outstanding example of successful prehistoric double trephination dating between 2700 and 2200 BC, most likely to the Corded Ware culture, at the end of the Neolithic Age. The particularity of this case is the presence of a double trephination, one frontal over the sinus sagittal superior and one parietal right. There is evidence that the patient survived months to years after the operations. The purpose of the procedure is not known. The case confirms the astonishing degree of technical skills reached in Saxony-Anhalt over 4500 years ago without anesthetic, antiseptic, or technologic aids.     

Cut Mark Cluster Geometry and Equifinality in Replicated Early Stone Age Butchery

Early Stone Age cut marks created during tool‐assisted carnivory potentially offer inferences into hominin butchery behaviour and access to complete or defleshed carcasses. Actualistic butchery trials of 16 goat and cow half‐carcasses were completed by an experienced butcher with replicated Oldowan tools to investigate how the geometric organisation of cut mark clusters reflects flake versus core tool use and bulk muscle versus scrap defleshing. A cluster of cut marks is defined as a series of adjacent cut mark striations that occur at an anatomical location and are bounded by unmarked cortical surface. Tool type and butchery action were predicted to differentially mark certain long bone portions and influence cluster attributes. Moulds of 613 cut mark clusters were photographed and measured using ImageJ software (National Institutes of Health, Bethesda, Maryland, USA) for cluster area, cut mark count, median cut mark length and standard deviation of cut mark length and angle. Analysis suggests the following results: (i) cluster attributes are correlated;(ii) changes in cluster geometry are related to increasing cut mark count and length but not tool type or defleshed muscle amount; (iii) large clusters occur on large animals; and (iv) long bone midshaft portions are cut‐marked during both bulk and scrap muscle defleshing. Analysis of 179 cut mark clusters on long bone shafts of sizes 1–4 mammals from three Okote member assemblages at Koobi Fora, Kenya, shows that archaeological clusters have a similar number of marks when compared with experimental clusters but are significantly smaller, have shorter median marks and include less deviation in mark length and angle. Archaeological clusters corroborate that increasing area is positively correlated with cut mark count, median mark length and standard deviation of mark length and angle. A quantitative inferential model that links cut mark cluster geometry to tool type or the amount of muscle defleshed is not supported by these data. Copyright © 2015 John Wiley & Sons, Ltd.     

Trephination as a possible treatment for scurvy in a middle bronze age (ca. 2200 BC) skeleton

Although trephination of sub-adults in antiquity is rare, scurvy both infantile and adult, is even more rare in the archaeological record. Pathological changes appearing in the maxilla, mandible and orbits of a child of 8–9 years of age are highly suggestive of infantile scurvy. Advanced forms of this metabolic disturbance lead to severe subperiosteal haemorrhaging, at times turning the skin of the face and skull black. This condition may have led to the trephination along the sagittal suture as a form of blood letting in hopes of draining the subperiosteal haemorrhage in the cranium. Although cause and effect are often confusing in antiquity, the surgical intervention presented here led to the ultimate death of the child.     

Fluvial transport of bovid long bones fragmented by the feeding activities of hominins and carnivores

This study explores the hydraulic transportability of bovid long bone fragments created through hominin and carnivore carcass consumption in order to determine the effect of fluvial transport on the incidences of hominin- and carnivore-induced bone surface modifications. Transportability was determined using an oval race track flume and 311 long bone fragments from modern control collections of hominin- and carnivore-modified bone. Results show that the fluvial transport of long bone fragments is predicted by animal size class and bone specimen size, as measured by maximum cortical thickness, maximum length, and maximum width. All of these variables can be measured on fossil specimens. Long bone portion (midshaft, near-epiphysis, and epiphysis) does not affect transport and hydraulic transport does not substantially modify the incidences of tooth, percussion, and cut marking in transported or lag assemblages in low energy fluvial environments. Implications of this study are: 1) animal size classes, and cortical thickness, length, and width of long bone fragments can be used to identify fluvial winnowing in fossil assemblages; 2) analyses concerning the relative timing of hominin and carnivore carcass consumption based on the proportions of long bone fragments bearing tooth, percussion, or cut marks can be meaningfully applied to fossil assemblages deposited in low-energy fluvial environments.     

Factors affecting Early Stone Age cut mark cross-sectional size: implications from actualistic butchery trials

Early Stone Age cut marks are byproducts of hominins' tool-assisted animal carcass consumption and provide a potential avenue of inference into the paleoecology of hominin carnivory. If diagnostic cut mark characteristics can be linked to flake and core tool use or the completion of distinct butchery actions, it may be possible to infer ancient tool preferences, reconstruct the consumption of specific muscular tissues, and illuminate landscape-scale stone resource use. Recently, diagnostic morphological criteria including cut mark width and depth have been used to identify marks made by different classes of experimental and archaeological stone tools (Bello, S.M., Parfitt, S.A., Stringer, C., 2009. Quantitative micromorphological analyses of cut marks produced by ancient and modern handaxes. Journal of Archaeological Science 36: 1869–1880; de Juana, S., Galan, A.B., Dominguez-Rodrigo, M., 2010. Taphonomic identification of cut marks made with lithic handaxes: an experimental study. Journal of Archaeological Science 37: 1841–1850; Dominguez-Rodrigo, M., de Juana, S., Galan, A. B., Rodriguez, M., 2009. A new protocol to differentiate trampling marks from butchery cut marks. Journal of Archaeological Science 36: 2643–2654). The work presented here adds to this experimental butchery database by using measurements of cut mark cross-section taken from bone surface molds to investigate how stone tool characteristics including flake versus core tool type, edge angle, and tool weight, influence cut mark width and depth, ultimately testing whether cut mark size is a useful indicator of tool identity. Additionally, these experiments investigate the influence of contextual factors, including butchery action, carcass size, and bone density on cut mark size. An experienced butcher used replicated Oldowan flakes and bifacial core tools in experimental trials that isolated skinning, bulk and scrap muscle defleshing, and element disarticulation cut marks on goat and cow skeletons. This sample explores cut mark traces generated under realistic butchery scenarios and suggests the following results: 1) Core and flake tools were equally efficient at completing all butchery tasks in size 1 and 3 bovid carcasses. 2) Samples of cut mark width and depth produced by core and flake tools were similar and cut marks could not be accurately classified to a known tool type. 3) Skinning and disarticulation activities produced significantly wider and deeper marks than defleshing activities. 4) Cut marks on cows tended to be wider and deeper than those on goats. 5) Cut mark width is negatively correlated with bone density when carcass size and bone portion are taken into consideration. These results suggest that a general quantitative model for inferring tool type or edge characteristics from archaeological cut mark size is not warranted.     

Like You Need a Hole in the Head: Tool Innovation a Possible Cause of Trephination. A Case from Kerma,Nubia

This paper presents one case from Kerma (ind‐14.1.595 or K317) which was initially reported to have a ‘fatal traumatic wound’ in the front of the skull. The individual has a dime sized, circular hole with no radiating or concentric fracture lines associated with it. It also shows clear evidence of healing along the inside edges of the pathology. This was according to the preliminary, and only, analysis performed when excavated at Kerma (1913–1916), which was most likely performed by a crew member not formerly trained in anthropology, or medical science. Differential diagnosis will be discussed with respect to this lesion actually being a form of traumatic injury, possible remnants of a bony tumour, and trephination, among other diagnoses. Trephination has been identified in ancient Egypt and Nubian studies, though it is a rarity. Although trephination is a possible cause for the present lesion, this example does not fit the morphology of any other examples of the practise from this region or time period. Given that there have been similar borings witnessed on architecture from the Egyptian Old Kingdom, this lesion may suggest implementation of an already present architectural tool for medical purposes among the Kerma Nubians. Copyright © 2011 John Wiley & Sons, Ltd.     

太原晋卿赵鞅墓车马坑马骨的保护与修复

春秋晚期的晋卿赵鞅墓车马坑马骨历经2500年的埋藏,有一定程度的腐朽;易地保护的切割,造成严重损伤;多次搬迁,造成箱内切块严重开裂破碎;出土后的长期裸露存放,形成一定程度的表面风化.为解决马骨的破损与风化,以及马骨承托底土的整体性问题,本工作采取的研究与保护措施有:对马骨骨组织结构进行电镜观察和力学性能检测、置换和轻化承托底土、隔绝地面水气、修补切割缝、修复屿骨、作防风化处理.经过两年的艰苦工作,晋卿赵鞅墓车马坑马骨的科技保护与修复完成了既定目标,达到了预期效果.     

Differentiating bamboo from stone tool cut marks in the zooarchaeological record,with a discussion on the use of bamboo knives

The archaeological record of Southeast Asia is marked by a relative lack of Acheulian assemblages compared with the rest of the Old World. Suggestions that prehistoric human populations in this area relied instead on a non-lithic technology based on bamboo have not been supported by archaeological evidence. To provide a diagnostic means of assessing prehistoric use of bamboo, cut marks were experimentally produced on bone using chert tools and bamboo knives. A scanning electron microscope (SEM) examination revealed morphological differences in cut marks produced by the two materials that allow identification of bamboo knife cut marks on faunal materials. Such evidence, if found in Pleistocene through early Holocene archaeological sites in Southeast Asia, would indicate early human reliance on bamboo technology.     

Experimental study of cut marks made with rocks unmodified by human flaking and its bearing on claims of ∼3.4-million-year-old butchery evidence from Dikika, Ethiopia

In order to assess further the recent claims of ∼3.4 Ma butchery marks on two fossil bones from the site of Dikika (Ethiopia), we broadened the actualistic-interpretive zooarchaeological framework by conducting butchery experiments that utilized naïve butchers and rocks unmodified by human flaking to deflesh chicken and sheep long limb bones. It is claimed that the purported Dikika cut marks present their unexpectedly atypical morphologies because they were produced by early hominins utilizing just such rocks. The composition of the cut mark sample produced in our experiments is quite dissimilar to the sample of linear bone surface modifications preserved on the Dikika fossils. This finding substantiates and expands our earlier conclusion that—considering the morphologies and patterns of the Dikika bone surface modifications and the inferred coarse-grained depositional context of the fossils on which they occur—the Dikika bone damage was caused incidentally by the movement of the fossils on and/or within their depositional substrate(s), and not by early hominin butchery. Thus, contrary to initial claims, the Dikika evidence does not warrant a major shift in our understanding of early hominin behavioral evolution with regard to carcass foraging and meat-eating.     

Why are cut mark frequencies in archaeofaunal assemblages so variable? A multivariate analysis

Cut mark frequencies in archaeological faunal assemblages are so variable that their use has recently created some skepticism. The present study analyses this variability using multivariate statistics on a set of 14 variables that involve differential skeletal element representation, fragmentation processes, carnivore ravaging impact, carcass size and tool type. All these variables affect the resulting cut mark frequencies reported in archaeological sites. A large sample of archaeofaunal assemblages has been used for this study. It was concluded that the best estimator of cut mark frequency in any given assemblage is the percentage of cut-marked long bone specimens (probably due to its better preservation than other anatomical areas), which is determined by fragmentation and carnivore ravaging. Carcass size and tool type also play a major role in differences in cut mark frequencies. Fragmentation is also a key variable determining the abundance of cut-marked specimens. It is argued that general cut mark percentages are of limited value, given the number of variables that determine them, and that a more heuristic approach involves quantifying cut marks in a qualitative manner.     

A Cut‐marked and Fractured Mesolithic Human Bone from Kent's Cavern,Devon, UK

An isolated adult human ulna fragment recovered from the ‘black mould’ layer of Kent's Cavern by William Pengelly in 1866 exhibits a series of stone tool cut marks. The specimen has been directly AMS ¹⁴C‐dated to 7314–7075 cal bc (OxA‐20588: 8185 ± 38 bp ) and may be from the same individual as a maxilla fragment dated to the same period. The cut marks are located on the olecranon process, in a position indicative of dismemberment, whereas the fracture characteristics of the bone furthermore suggest peri‐mortem breakage, typical of butchery for the extraction of marrow. We here present and discuss the specimen and consider both ritual mortuary treatment and anthropophagy as possible explanations. Although it is difficult to interpret a single element in isolation, the latter scenario seems to be better supported and is not without parallel in prehistoric Europe, as indicated by a review of the available literature. Copyright © 2012 John Wiley & Sons, Ltd.     

Bison butchery at Cooper,a Folsom site on the Southern Plains

Cooper, a Folsom arroyo-trap bison kill site in northwest Oklahoma is composed of three large-scale kill episodes. The bison bones have been examined for butchering evidence and exploring the butchering pattern. Damage categories to cortical bone are indentation, cut mark, helical fracture, and impact blow. The 99 elements damaged are from 36 carcasses across all three kills, and damage morphology indicates both lithic and bone expediency tools were used in the butchering. Animals are being butchered in an upright position on their stomachs, with transverse and abdominal muscles the focal point. Experimental butchering of a bison replicates the reconstructed sequence and underscores a gourmet butchering style for the Cooper kills.     

The Land of Morgan: Its Conquest and its Conquerors

The cairn on Hardendale Nab was excavated in 1986 in advance of destruction by quarrying, and this allowed the reconstruction of a complex sequence of development. Construction of the cairn appears to have begun in the Early Bronze Age, although it might have been earlier. Phase 1 comprised a simple cist burial, and small earthen mound, with a number of secondary burials made in and around the original monument. Unusual rectangular features might have been used for pyres. Phase 2 saw the erection of a round enclosure around the mound, which was later (Phase 3) filled with loose limestone rubble. Again burials, both cremations and inhumations, were cut into the rubble, and bone scattered over and amidst it, with an apparent focus on the southern part of the structure. The entire complex was buried by a further layer of rubble in Phase 4, into which several further burials, this time inhumations, were cut. The excavation produced an unusually large amount of environmental evidence, much of it associated with the use of the cairn as a roost by owls in Phases 2 and 3.     

Pathological Changes of the Cranium of a Young Female Cave Bear (Ursus spelaeus R.)—A Case Study (the Sudety Mts,Poland)

A cranium of a young female cave bear (Ursus spelaeus R.) was found in the Upper Pleistocene sediments of Bear Cave in Kletno, SW Poland. A detailed analysis of the cranium, including radiology, CT and histological methods, revealed numerous pathological changes caused both by diseases and by injuries inflicted by another predator. It is likely that during its lifespan, the young female was exposed to several attacks (bites on the head) from adult bears. The injuries varied in extent and caused bone infection and inflammation. The nature of most of them suggests that they were not fatal but could have had a significant effect on the overall fitness of the animal. In contrast, the lesions on the frontal bone and in the anterior part of the parietal bone may have been the cause of the individual's death. Additionally, the cranium was found to have cut marks, sharp‐edged longitudinal scars that indicate the use of a sharp‐edged tool, and are usually interpreted as effects of skinning. The finding is suggested to be indirect evidence of the existence of people in southern Poland during the Pleistocene. Copyright © 2012 John Wiley & Sons, Ltd.     

颛顼“绝地天通”与凌家滩“龟卜”

颛顼"绝地天通"历来被视为原始宗教的重大改革,从文献学、民族学角度来解读具有丰富的内涵。根据考古材料论定龙山文化时期骨卜的普化暗合"绝地天通"所反映的巫觋功能的专门化。这就科学确定了"绝地天通"的年代学意义。而含山凌家滩玉龟和玉版"龟卜"的种种迹象,说明在接近颛顼时代之前",原始八卦"也已经基本定型。     

Animal Bones from the Late Neolithic Site of Ponte da Azambuja 2 (Évora,Portugal)

Neolithic faunal assemblages are scarce in Portugal, and although some trends related to the beginning of domestication are now becoming understood, more data and further zooarchaeological analyses are necessary to fully understand them. Ponte da Azambuja 2 is a set of three Late Neolithic ditch enclosures located in the Alentejo region, Southern Portugal. It was discovered in 2008 by the archaeological unit Crivarque during the construction of a new irrigation system. Ditch enclosure 1 was excavated in two trenches, Locus 1 and Locus 2. A small faunal assemblage was recovered, showing high fragmentation mainly due to post‐depositional processes, which made the interpretation rather problematic. Although animal herding strategies are difficult to assess, it was possible to confirm the domesticate status of some of the taxa. Domestication appears to have been complemented by hunting – both red deer and leporids being present. The identification of burning, cut marks and worked bone confirms an anthropogenic faunal accumulation. Worked bone fragments suggest needle production and the production of potential ornaments. Copyright © 2016 John Wiley & Sons, Ltd.