The Archaeology of Britain: An introduction from ... - waughfamily.ca
The Archaeology of Britain: An introduction from ... - waughfamily.ca The Archaeology of Britain: An introduction from ... - waughfamily.ca
The Later Bronze Age • 105 • common finds at this point, especially in southern Britain. The main products were presumably clothes. This important new use for sheep as providers of wool would have had a significant effect on their role in the agricultural economy, and textiles would have provided a new medium for decoration and the representation of individual identities. A little more has survived to demonstrate Bronze Age wood-working skills. A specialized toolkit comprising saws, chisels and gouges made of bronze was produced, as well as the axes which had a variety of functions. The more substantial nature of settlement structures demanded an appropriate level of carpentry, and by the end of the Bronze Age wheeled vehicles were being built. The sewn-plank boats known from Dover (Figure 6.8) and elsewhere show us the achievements of Bronze Age skills, and the mass of material from Flag Fen casts much new light on carpentry techniques. The industries that have left the most evidence are bronze and pottery making. The range of bronze types produced in the Later Bronze Age, and the developing technologies required to make them, will be discussed in more detail below, but here it can be noted that the bronze industry needed a supply of copper, tin and lead. All these metals were of limited geological distribution and were therefore the focus for long-distance exchange mechanisms. Trace element analysis of copper has revealed the use of sources in western Britain, but much of the bronze metalwork of the Wilburton phase in eastern England was made from a distinctive copper that originated in the Alpine region of continental Europe. This continued to circulate in later periods, increasingly alloyed with metal from other sources as objects were melted down and recycled (Northover 1982). In the later phases of the Bronze Age, large collections of broken bronze items indicate the collection and recycling of scrap metal, in addition to supplies of new metal. The complexity of the technology, as well as the problems of access to supplies of metal, suggests that bronze working was a specialist skill, and the development of specialized tools such as hammers and anvils supports this. Study of the bronze items themselves indicates that some types, such as tools, ornaments and small spearheads, were made for comparatively local distribution and use, while other larger or more complex types, such as swords, were made by a smaller number of more skilled specialists and distributed more widely. Pottery production and distribution in southern Britain shows a similar pattern. In the Deverel- Rimbury phase, the coarse-ware jars were made from local materials for local use, while the globular urns and other finer wares were distributed over a wider area. Less is known about the production of vessels in the plain-ware phase, but these again seem mostly to have been of local production. The Deverel-Rimbury and related traditions comprised a very limited range of forms, mainly large jars and some smaller vessels, mostly in finer wares. In the plain-ware phase (Barrett 1980), there is a greatly expanded range of forms, with more jar types, and especially some bowls and cups. These smaller vessels were often made in finer wares with careful surface finishing, and in the final phase these were often decorated. These trends indicate new social uses for pottery, and in particular its role in the serving and consumption of food and drink. The evidence for some of these crafts, especially textiles and some pottery making, suggests that they were widespread domestic activities. That does not mean that every household practised them, though the majority probably did; it is also likely that such activities were allocated in some way on the basis of age and gender within the household. Other crafts were certainly more specialized; the complexity of the technology, and the skills and practical knowledge needed, the production of specialized tools found in complete toolkits, and the quality of some of the finished products all argue for the existence of specialists. The precise social context in which they worked, and their relationship to other groups in society are unclear. Some may have been full-time specialists, although many were also engaged in agricultural production; some may have worked
• 106 • Timothy Champion solely for a particular patron, producing prestige items; while others still were integrated into a more, diverse network of social relationships. The corollary of specialist production and craft industries that use rare raw materials is the need for transport and distribution. Trevisker pottery from Cornwall found in Kent and shale from Dorset at Flag Fen show how such items could travel; and links extended overseas, as Alpine copper, Baltic amber and Irish gold show. As noted above, metal ores from western Britain and the Continent were used to supply other regions, and the extensive imitation of fashions, especially in metalwork, suggests that some items were circulating very widely. Much of this trade is invisible, except through scientific analysis, but occasionally we can catch a glimpse of it. Two collections of metal objects found off the coast of southern England, at Dover, Kent, and Salcombe, Devon, are the result of shipwrecks in the course of such trade. The Dover assemblage consisted mainly of types from France otherwise unknown in Britain, and would have been melted down to cast local forms. Finds of sewn-plank boats, as at Dover or North Ferriby, Yorkshire, are good evidence not only of carpentry and boat-building skills, but also of the importance of sea-borne trade. PRODUCTION, USE AND DEPOSITION OF BRONZE The bronze industry has been intensively studied, not just because bronze objects survive well and are plentiful, but because they contain important evidence for chronology, technology, trade, and many other aspects of Bronze Age society. Interpreting this mass of evidence is not easy, however; there are difficult and interlocking questions relating to supply, production, distribution, use and deposition, many of which are not yet resolved. Copper and tin sources from the west of Britain were used throughout the Later Bronze Age and there was major importation of Alpine copper from the eleventh century, but the interpretation of this evidence is problematic. Was it a matter of supply and demand, with new sources exploited to meet rising demand for bronze? This is perhaps too modern a view of the prehistoric economy; bronze supply may have been determined by more social or political relationships between southeastern Britain and the Continent, or there may have been a particular significance attached to imported metal simply because it was from far away. Another problem concerns the abundance or scarcity of supply. The volume of bronze objects found can be read as implying a plentiful supply, but there have been no studies of use wear to test how long objects were in use. The large number of finds from the later phases comprising scrap for recycling may suggest that there were chronic shortages of raw materials. There can be little doubt that control of access to supplies of metal, as well as control of the technical skills to work it, was an important source of power in the Later Bronze Age. On questions of production, the evidence can be used most clearly for the history of technical progress (Megaw and Simpson 1979:242–259 and 299–339). The proliferation of socketed spearheads, hammers and axes from the Taunton phase onwards required the use of three-piece moulds to make hollow castings; the replacement of stone and bronze moulds by non-reusable clay ones made larger and more complex castings possible, such as swords. Casting technology was also improved by the addition of a small percentage of lead to the alloy; different alloys were carefully selected for different purposes. The techniques needed to hammer, shape, join, decorate and strengthen large sheet metal objects were also developed, and impressive new items such as cauldrons, shields and helmets were produced. Questions about the organization of production are more difficult to answer. Finds of bronze objects are determined by patterns of use and loss or deposition, and they are therefore direct evidence for these activities rather than for production. The limited finds of production debris
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<strong>The</strong> Later Bronze Age<br />
• 105 •<br />
common finds at this point, especially in southern <strong>Britain</strong>. <strong>The</strong> main products were presumably<br />
clothes. This important new use for sheep as providers <strong>of</strong> wool would have had a signifi<strong>ca</strong>nt<br />
effect on their role in the agricultural economy, and textiles would have provided a new medium<br />
for decoration and the representation <strong>of</strong> individual identities.<br />
A little more has survived to demonstrate Bronze Age wood-working skills. A specialized<br />
toolkit comprising saws, chisels and gouges made <strong>of</strong> bronze was produced, as well as the axes<br />
which had a variety <strong>of</strong> functions. <strong>The</strong> more substantial nature <strong>of</strong> settlement structures demanded<br />
an appropriate level <strong>of</strong> <strong>ca</strong>rpentry, and by the end <strong>of</strong> the Bronze Age wheeled vehicles were being<br />
built. <strong>The</strong> sewn-plank boats known <strong>from</strong> Dover (Figure 6.8) and elsewhere show us the<br />
achievements <strong>of</strong> Bronze Age skills, and the mass <strong>of</strong> material <strong>from</strong> Flag Fen <strong>ca</strong>sts much new light<br />
on <strong>ca</strong>rpentry techniques.<br />
<strong>The</strong> industries that have left the most evidence are bronze and pottery making. <strong>The</strong> range <strong>of</strong><br />
bronze types produced in the Later Bronze Age, and the developing technologies required to<br />
make them, will be discussed in more detail below, but here it <strong>ca</strong>n be noted that the bronze<br />
industry needed a supply <strong>of</strong> copper, tin and lead. All these metals were <strong>of</strong> limited geologi<strong>ca</strong>l<br />
distribution and were therefore the focus for long-distance exchange mechanisms. Trace element<br />
analysis <strong>of</strong> copper has revealed the use <strong>of</strong> sources in western <strong>Britain</strong>, but much <strong>of</strong> the bronze<br />
metalwork <strong>of</strong> the Wilburton phase in eastern England was made <strong>from</strong> a distinctive copper that<br />
originated in the Alpine region <strong>of</strong> continental Europe. This continued to circulate in later periods,<br />
increasingly alloyed with metal <strong>from</strong> other sources as objects were melted down and recycled<br />
(Northover 1982). In the later phases <strong>of</strong> the Bronze Age, large collections <strong>of</strong> broken bronze<br />
items indi<strong>ca</strong>te the collection and recycling <strong>of</strong> scrap metal, in addition to supplies <strong>of</strong> new metal.<br />
<strong>The</strong> complexity <strong>of</strong> the technology, as well as the problems <strong>of</strong> access to supplies <strong>of</strong> metal,<br />
suggests that bronze working was a specialist skill, and the development <strong>of</strong> specialized tools such<br />
as hammers and anvils supports this. Study <strong>of</strong> the bronze items themselves indi<strong>ca</strong>tes that some<br />
types, such as tools, ornaments and small spearheads, were made for comparatively lo<strong>ca</strong>l distribution<br />
and use, while other larger or more complex types, such as swords, were made by a smaller<br />
number <strong>of</strong> more skilled specialists and distributed more widely.<br />
Pottery production and distribution in southern <strong>Britain</strong> shows a similar pattern. In the Deverel-<br />
Rimbury phase, the coarse-ware jars were made <strong>from</strong> lo<strong>ca</strong>l materials for lo<strong>ca</strong>l use, while the<br />
globular urns and other finer wares were distributed over a wider area. Less is known about the<br />
production <strong>of</strong> vessels in the plain-ware phase, but these again seem mostly to have been <strong>of</strong> lo<strong>ca</strong>l<br />
production. <strong>The</strong> Deverel-Rimbury and related traditions comprised a very limited range <strong>of</strong> forms,<br />
mainly large jars and some smaller vessels, mostly in finer wares. In the plain-ware phase (Barrett<br />
1980), there is a greatly expanded range <strong>of</strong> forms, with more jar types, and especially some bowls<br />
and cups. <strong>The</strong>se smaller vessels were <strong>of</strong>ten made in finer wares with <strong>ca</strong>reful surface finishing, and<br />
in the final phase these were <strong>of</strong>ten decorated. <strong>The</strong>se trends indi<strong>ca</strong>te new social uses for pottery,<br />
and in particular its role in the serving and consumption <strong>of</strong> food and drink.<br />
<strong>The</strong> evidence for some <strong>of</strong> these crafts, especially textiles and some pottery making, suggests<br />
that they were widespread domestic activities. That does not mean that every household practised<br />
them, though the majority probably did; it is also likely that such activities were allo<strong>ca</strong>ted in some<br />
way on the basis <strong>of</strong> age and gender within the household. Other crafts were certainly more<br />
specialized; the complexity <strong>of</strong> the technology, and the skills and practi<strong>ca</strong>l knowledge needed, the<br />
production <strong>of</strong> specialized tools found in complete toolkits, and the quality <strong>of</strong> some <strong>of</strong> the finished<br />
products all argue for the existence <strong>of</strong> specialists. <strong>The</strong> precise social context in which they worked,<br />
and their relationship to other groups in society are unclear. Some may have been full-time<br />
specialists, although many were also engaged in agricultural production; some may have worked