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 • 97 • metalwork. This gap was partly filled by reconsideration of material from the beginning of the Iron Age; the pottery tradition previously assigned to the Iron Age in fact begins much earlier, with no significant break in development into the Early Iron Age (see Chapter 7). Many new Later Bronze Age settlements were discovered from the 1970s onwards. Many sites of this period have left little or no surface evidence, and even their traces in the subsoil are slight; in many cases, it was the development of methods for stripping large areas that allowed such sites to be recognized for the first time. Other important innovations were large-scale surveys that focused on the evolution of Bronze Age landscape organization. Since metalwork, potentially the most informative evidence for chronology, is seldom found in useful associations, radiocarbon dating has had a very great impact in this period, helped by the absence of the calibration problems that affect its use in the Iron Age. Other scientific methods have also contributed, especially on questions of climate, environment and agricultural economy, but one set of techniques has been of particular significance. Analysis of metalwork, especially bronze, has allowed different sources of metal to be characterized by their trace elements. Figure 6.1 Examples of bronzes of the Wilburton assemblage. Source: Megaw and Simpson 1979, Fig. 6.27 In this way, the supply and circulation of metal in different regions at different times can be monitored. In some cases, the particular types of metal can be identified with specific geological origins, giving important insights into long-distance exchange in prehistory. One other scientific development that has had a significant impact is the availability of cheap and effective metal detectors; one of the commonest types of object found with these devices has been Late Bronze Age metalwork. Though many finds have not been reported, and others lack good documentation, in some regions the rate of discoveries has been so fast that it has been almost impossible to keep up with the new information. Though it has not fundamentally changed our knowledge of the types of metalwork and their distribution, it has produced a significant change in our perception of the quantity of metal in circulation in the period.
• 98 • Timothy Champion Perhaps the most important changes in perceptions of the Later Bronze Age, however, derive from new theoretical approaches to the understanding of the archaeological record. Greater emphasis has been placed on understanding the patterns in the material record as evidence for the nature of economy and society rather than as an end in itself. Recent studies have focused on questions of economy, ritual and settlement organization. Archaeologists have tended to concentrate on such topics as the changing nature of domestic activities, for example food preparation and consumption, as shown by changes in the styles and shapes of pottery; the development of craft production witnessed by increasing production of specialist tools; or the meaning and value of material culture such as items of bronze and the social contexts in which they were used. Particular attention has also been paid to the patterns of deposition that have shaped the archaeological record. It is clear that the burials and other deposits of the Late Neolithic and Early Bronze Age were carefully selected and deposited in a highly structured way, and that the meaning of these patterns needs interpretation. It would be easy to Figure 6.2 Examples of bronzes of the Ewart Park assemblage. think that, with the appearance of Source: Megaw and Simpson 1979, Fig. 6.32 settlements as one of the major sources of evidence, much simpler and more obvious processes of loss and waste disposal were involved. It is now clear, however, that some deposits from domestic sites too were carefully structured by their inhabitants. Similarly, recent work on bronze finds has focused on the recognition that these finds are more a product of selective and structured deposition than an indication of production. KEY SITES AND ASSEMBLAGES The archaeological evidence for the Later Bronze Age varies greatly from region to region (Bradley and Bradley 1980). This variation is mostly due to the very uneven coverage of modern archaeological observation. Some regions, such as Wessex and the Thames Valley, have received
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<strong>The</strong> Later Bronze Age<br />
• 97 •<br />
metalwork. This gap was partly filled<br />
by reconsideration <strong>of</strong> material <strong>from</strong><br />
the beginning <strong>of</strong> the Iron Age; the<br />
pottery tradition previously assigned<br />
to the Iron Age in fact begins much<br />
earlier, with no signifi<strong>ca</strong>nt break in<br />
development into the Early Iron Age<br />
(see Chapter 7).<br />
Many new Later Bronze Age<br />
settlements were discovered <strong>from</strong><br />
the 1970s onwards. Many sites <strong>of</strong> this<br />
period have left little or no surface<br />
evidence, and even their traces in the<br />
subsoil are slight; in many <strong>ca</strong>ses, it<br />
was the development <strong>of</strong> methods for<br />
stripping large areas that allowed<br />
such sites to be recognized for the<br />
first time. Other important<br />
innovations were large-s<strong>ca</strong>le surveys<br />
that focused on the evolution <strong>of</strong><br />
Bronze Age lands<strong>ca</strong>pe organization.<br />
Since metalwork, potentially the<br />
most informative evidence for<br />
chronology, is seldom found in<br />
useful associations, radio<strong>ca</strong>rbon<br />
dating has had a very great impact<br />
in this period, helped by the absence<br />
<strong>of</strong> the <strong>ca</strong>libration problems that<br />
affect its use in the Iron Age. Other<br />
scientific methods have also<br />
contributed, especially on questions<br />
<strong>of</strong> climate, environment and<br />
agricultural economy, but one set <strong>of</strong><br />
techniques has been <strong>of</strong> particular<br />
signifi<strong>ca</strong>nce. <strong>An</strong>alysis <strong>of</strong> metalwork,<br />
especially bronze, has allowed<br />
different sources <strong>of</strong> metal to be<br />
characterized by their trace elements.<br />
Figure 6.1 Examples <strong>of</strong> bronzes <strong>of</strong> the Wilburton assemblage.<br />
Source: Megaw and Simpson 1979, Fig. 6.27<br />
In this way, the supply and circulation <strong>of</strong> metal in different regions at different times <strong>ca</strong>n be<br />
monitored. In some <strong>ca</strong>ses, the particular types <strong>of</strong> metal <strong>ca</strong>n be identified with specific geologi<strong>ca</strong>l<br />
origins, giving important insights into long-distance exchange in prehistory.<br />
One other scientific development that has had a signifi<strong>ca</strong>nt impact is the availability <strong>of</strong> cheap<br />
and effective metal detectors; one <strong>of</strong> the commonest types <strong>of</strong> object found with these devices<br />
has been Late Bronze Age metalwork. Though many finds have not been reported, and others<br />
lack good documentation, in some regions the rate <strong>of</strong> discoveries has been so fast that it has<br />
been almost impossible to keep up with the new information. Though it has not fundamentally<br />
changed our knowledge <strong>of</strong> the types <strong>of</strong> metalwork and their distribution, it has produced a<br />
signifi<strong>ca</strong>nt change in our perception <strong>of</strong> the quantity <strong>of</strong> metal in circulation in the period.