A re-assessment of bronze age wool

Measurements of twelve new samples of Danish Bronze Age wool showed them to be hairy medium fleeces. Supporting evidence was obtained that a high proportion of fine fibres in a yarn results from the plucking of wool during the moult before the hairy fibres have been released from the skin. The fine fibres were closer in diameter to the underwool of the wild ancestor than to those of the Soay sheep (supposedly a Bronze Age survivor), indicating a more primitive fleece. The samples described include the first white Bronze Age wool. Those with natural pigmentation in every fibre could be black or brown, while those with pigmented and white fibres are thought to be a mixture of brown and white (by analogy with the Soay) rather than grey, which is unknown in the Soay.     

SKIN, AND WOOL-TEXTILE REMAINS FROM HALLSTATT, AUSTRIA

Summary. A study was made of wool cloth remains comprising 56 yarns and of 33 samples of haired animal skin from the Kilbwerk salt-mine site at Hallstatt, Austria dated 6th to 8th century BC. Most of the wool in the cloth was primitive hairy-medium or generalised-medium type and over half the samples had natural coloration, the predominant colour being grey. One yarn was of medium wool type and four were of semi-fine fleece type, neither of these having been previously reported before the Roman period. The skins were much hairier, only one-third having fleece types found in the cloth, and only two of these were of the finer generalised medium variety. Most of the skins with the coarsest hair were probably from goats, and those with less coarse hair from true hairy sheep, a fleece type that is thought to have developed during the Iron Age. The staining reaction of the skin indicated rawhide or oil tanning. The presence of inactive hair follicles within the skin showed that over half had ceased to live during the autumn-winter period.     

WOOL AT DANEBURY: A SPECULATION USING EVIDENCE FROM ELSEWHERE

The high proportion of sheep bones and the finding of implements used in cloth manufacture have led to suggestions that this Iron Age hill fort in Hampshire was a centre for wool cloth making. In the absence of textile remains from the site, evidence from other Iron Age sites with such remains is used to suggest that the sheep kept at Danebury are likely to have had mainly primitive hairy and primitive woolly fleeces with an annual moult and a range of colours. the absence of shears suggests a more primitive method of harvesting the wool. White wool and dyed textiles from the other sites indicates the possibility of dyeing. A reassessment of the textile implements suggests that the textile activity was no more than domestic production. the weight of the spindle whorls is discussed in relation to the sort of wool spun, but further experimentation is proposed to answer such questions as the true use of the "weaving" combs. the slingshots might have been hurled with a wool sling and not only at a human enemy or at game, but to control sheep flocks.     

IRON AGE, HAIRED, ANIMAL SKINS FROM HALLSTATT, AUSTRIA

Summary: A study was made of 229 skins bearing hair or wool from bags and clothing in the Iron Age salt mines at Hallstatt; 87% were from livestock and of these 8% were from cattle, 22% from goats and 70% from sheep. of the sheepskins most were of hairy-medium type (61%) or coarser, while all the textiles examined earlier were of this type or finer; 5% were of hairy type, which first appeared in the Iron Age; 32% were Neolithic survivals with a wild-type coat (no fleece) and two-thirds of these had a Mouflon colour pattern, while the remainder had a range of colours. the cattle were brown and two thirds of the goats were black. All livestock had the small size expected of the breeds of the period. the other skins included possibly chamois and ibex as well as dog, and small fur-bearers.     

Some miscellaneous ancient fleece remains

Wool fibre measurements are described from four unconnected remains: (1) some possibly Iron Age sheepskin from Germany that appeared to have a hairy fleece type; (2) the cloth from the Quernmore burial, Lancashire (dated 1300 years BP), one yarn of which was of hairy medium type, and the other true medium; (3) some sheepskin from Saxon Durham which had wool of true medium type, and (4) some wool of medieval date from Baynard's Castle, London, which was of true fine type.     

From textiles to sheep: investigating wool fibre development in pre-Roman Italy using scanning electron microscopy (SEM)

The first diachronic investigation of wool fibre from Italian pre-Roman archeological contexts was carried out using scanning electron microscopy (SEM). A total of 22 archaeological wool samples from 10 Italian and one Austrian site dating from the Middle Bronze Age to the Roman period were analysed. The results demonstrate the processing of wool and development of sheep fleece from primitive wool with very fine underwool and very coarse kemps to the disappearance of kemp and coarser but more uniform fleece. By the end of the Iron Age several fleece qualities coexisted in Italy, possibly indicating the presence of different breeds. Classification of the wool qualities based on existing systems was problematic leading to a conclusion that a more nuanced approach to the classification of archaeological material is needed.     

Wools from Vindolanda

Wool fibre measurements defining fleece type are described from local cloth remains excavated at Vindolanda, a roman fort at Chesterholm, south of Hadrian's Wall. Most of the fleeces were of the primitive types known as hairy medium and generalized medium, the latter being the fine wool of antiquity.     

Wools from textiles in the Mary Rose, a sixteenth-century English warship

Wool fibre diameter measurements defining fleece type are described for 25 yarns from fabric remains recovered from the 16th century wreck of the Mary Rose in Portsmouth harbour. Over half had natural grey pigmentation and nearly two-thirds were of primitive hairy medium wool.     

Animal Hair in Medieval Ship Caulking Throws Light on Livestock Types

Abstract

Diameter measurements of nearly 200 samples of hair caulking from medieval boat timbers excavated in London threw light on livestock type and husbandry practices. Cattle hair (440/0) with a primitive coat structure predominated in the earlier centuries, while those with a “modern” coat structure predominated later, and these were mostly black. The goat hair (38%) had only one type of coat and the overall mean fibre diameter of the underwool was 13.4 microns compared with 14.7 microns in surviving feral goats. About half the goat hair samples (again from the later centuries) were black and half grey, with only one white animal. There was evidence that death of the cattle and goats had occurred during autumn and/or winter. Sheeps' wool formed 18% of the samples and there were more hairy fleeces than found in medieval clothing. Most of the wool was grey; there were no black samples and only one white one.     

Wools from textiles in the Wasa, a seventeenth-century Swedish warship

Wool fibre measurements defining fleece type are described from cloth remains found in the seventeenth century wreck of the Wasa in Stockholm harbour. Half the fleeces were from the primitive type known as the hairy medium, and the remainder were distributed over the hairy, generalized medium and medium types, with a few short and fine types. The wools were similar to medieval Swedish wools, being coarser than Viking examples, but finer than the fleeces of living, primitive Swedish Goth breed.     

SHEEPSKIN FROM ANCIENT KERMA, NORTHERN SUDAN

Summary. The material described came from the Ancient Kerma civilisation (c. 2000 B. C.) and comprised 19 haired skin samples from Kerma itself with a further nine from the site of Kadruka. Diameter distributions were determined on hair cut from the skin, and the skin itself was sectioned histologically in a plane parallel to the skin surface.
Most of the samples had a non-fleeced'Hair'type of coat, but three were immensely interesting in suggesting fleeces of hairy medium type, which represents the first indication of the development of a fleece.
The distribution of most of the hair diameters was that of the winter coat suggesting that the animals had been killed during the winter. This was supported by the presence of inactive wool roots within the skin.     

The wools in the Swedish bocksten costume

Wool fibre measurements defining fleece type are described from the cloth in the Bocksten costume dated about 1350 and kept in the Varbergs Museum, Sweden. Over 80% belonged to hairy types, the remainder coming from the modern true medium or primitive generalised medium types. Three quarters of the wools had natural pigment giving a grey colour.The findings accord with the fleece of the native Swedish Landrace sheep, but fibre diameter measurements were closer to those of the 17th century Wasa textiles, than to fleece measurements of the surviving Goth remnant of the Swedish Landrace.     

新疆扎滚鲁克、山普拉墓群出土(西周至东汉)毛织品的鉴定

为对一批出土的西周至东汉毛织品进行羊毛品种及编织方法进行研究,以鉴定羊毛品种和确定相关产地,应用扫描电镜分析羊毛毛纤维的组织结构、形态、纤维类型、细度,鉴定了羊毛品种。检验说明,扎滚鲁克和山普拉墓地出土毛织物主要是用新疆羊的羊毛织制的。     

Sheep wool in Bronze Age and Iron Age Europe

This study presents the results of a series of wool measurements from Bronze Age and Iron Age skins and textiles from Hallstatt, and Bronze Age textiles from Scandinavia and the Balkans. A new method of classification that was set up and applied on mostly mineralised Iron Age material has now been applied to a large body of non-mineralised material from the Bronze and Iron Ages. Three types of microscopes were used and their advantages and disadvantages assessed. The results of the investigation cast new light on sheep breeding and fibre processing in prehistoric Europe, and suggest that different sheep breeds existed in Bronze Age Europe.     

The Huldremose Iron Age textiles,Denmark: an attempt to define their provenance applying the strontium isotope system

Archaeological textiles recovered on two occasions from the Huldremose bog, Denmark, represent some of the best preserved and complete garments from the Danish Iron Age (500 BC–AD 800). In order to address the question regarding the provenance of the textile's raw material, we applied a recently developed method based on strontium isotopes to wool and plant fibres from these ancient garments. Textile plant fibres from Huldremose I find are of non-local provenance, whereas the wool from which the garment was made stemmed from sheep grazing on glaciomoraine soils developed on Cretaceous–Tertiary carbonate platform sediments widely found in Denmark. The Huldremose II find consists of an unusually large and well preserved garment, which is composed of wool from at least three different provenances. One source is again local, whereas the other two sources, characterized by elevated ⁸⁷Sr/⁸⁶Sr ratios, are compatible with geologically older (Precambrian) terrains which are typical for Northern Scandinavia, e.g. Norway or Sweden. Our study suggests that wool and plant fibres were either traded or brought as raw materials for textiles more commonly and over longer distances than previously assumed.     

Iron Age animal husbandry in the wetlands of the western Netherlands

During the Iron Age a subsistence economy based on mixed farming existed in the Dutch wetlands. A model based on subsistence is put forward and tested against the archaeozoological data of 27 sites in order to gain insight into the role of animal husbandry. The model confirms that cattle husbandry was the dominant form of animal husbandry but pigs and sheep were also important at some sites. Although a high number of pig bones were expected, their role is mostly insignificant. An explanation is sought in their lack of secondary products and their competition with humans for the scarce cereals in the wetlands. The mortality profiles for cattle are largely in accordance with the subsistence model. Older cattle are used for traction, milk and herd security and sheep were mainly kept for their meat but also for their milk and wool. Differences in animal husbandry between sites also exist. At two sites more cattle were killed for their meat and at three sites the proportion of older cattle was larger than expected. Although this first test renders the subsistence model viable, it needs to be tested against more sites with larger bone samples.     

Characterising the potential of sheep wool for ancient DNA analyses

The use of wool derived from sheep (Ovis aries) hair shafts is widespread in ancient and historic textiles. Given that hair can represent a valuable source of ancient DNA, wool may represent a valuable genetic archive for studies on the domestication of the sheep. However, both the quality and content of DNA in hair shafts are known to vary, and it is possible that common treatments of wool such as dyeing may negatively impact the DNA. Using quantitative real-time polymerase chain reaction (PCR), we demonstrate that in general, short fragments of both mitochondrial and single-copy nuclear DNA can be PCR-amplified from wool derived from a variety of breeds, regardless of the body location or natural pigmentation. Furthermore, although DNA can be PCR-amplified from wool dyed with one of four common plant dyes (tansy, woad, madder, weld), the use of mordants such as alum or iron leads to considerable DNA degradation. Lastly, we demonstrate that mtDNA at least can be PCR-amplified, cloned and sequenced from a range of archaeological and historic Danish, Flemmish and Greenlandic wool textile samples. In summary, our data suggest that wool offers a promising source for future ancient mitochondrial DNA studies.     

Intensive hunting during the Iron Age of Southern Africa

Domestic faunal samples from farming sites from southern Africa dating from the Early (～AD 200–900) and Middle (～AD 900–1300) Iron Ages with large faunal samples are typically dominated by sheep/goats (both number of identified specimens and minimum number of individuals for large samples). However, four exceptions to this general pattern from these time periods are Bosutswe, Nqoma (both in Botswana), KwaGandaganda and Mamba (both in KwaZulu-Natal). At these sites, cattle outnumber sheep/goats, which have previously been measured using a Cattle Index. Intensive hunting is investigated at one of these sites, Bosutswe. Using various lines of evidence, including measuring high- vs. low-ranked prey, economic activities, as well as grease extraction and ageing from the most common taxon, plains zebra (Equus quagga), it is suggested that resource depression of wild game likely occurred. This would fit the expectation, based on human behavioural ecology, that as high-ranked game resource diminished over time, more emphasis was placed on cattle herding. The greater emphasis could have influenced descent patterns of people at Bosutswe. By the Late Iron Age (～AD 1300–1820s), cattle dominate most faunal assemblages in southern Africa with large sample sizes, and ethnographic and historical information confirm the central role these animals played in the social, political and economic lives of these farmers.     

Fuel For Lamps: Organic Residues Preserved in Iron Age Lamps Excavated at the Site of Sahab in Jordan

Five Iron Age ceramic lamps from a tomb at the site of Sahab in the south‐eastern part of central Jordan were analysed using gas chromatography – mass spectrometry (GC–MS). The results of this study provide data on the type of fuel used in three of these lamps. The study proposes that animal fat, possibly of ruminant origin, was used in three Early Iron Age II lamps. The material used in the other two Iron Age I lamps could not be determined due to the absence of diagnostic biomarkers. The data obtained from the lamps can be put in conjunction with the archaeological evidence on the availability of domestic animals and, most probably, use of their products at the site of Sahab during the Iron Age.     

中国原始音乐起源的考古学观察

本文将原始音乐分为形体艺术、时间艺术和造型艺术三种艺术形态,从考古学的角度对音乐起源进行了初步考察,认为中国史前音乐萌芽于旧石器时代中期,形成于旧石器时代晚期。