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
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• 290 • Kate Clark<br />
production took place in the home, assisted by factors who purchased materials in bulk, and ‘put<br />
out’ work. Large windows on the top storeys <strong>of</strong> buildings in many small towns, such as Newtown,<br />
Powys, indi<strong>ca</strong>te that l<strong>of</strong>ts were used for weaving. <strong>The</strong> earliest purpose-built mills, such as Lombe’s<br />
factory in Derby, were well lit, five storeys high, long and narrow, with line shafting to <strong>ca</strong>rry<br />
power <strong>from</strong> an engine, and lots <strong>of</strong> repetitive spaces supported by brick or <strong>ca</strong>st iron columns.<br />
Be<strong>ca</strong>use they were vulnerable to fire, most <strong>of</strong> the earliest mills have now been burnt down or<br />
altered almost beyond recognition. Most were simple, brick structures, and although largely<br />
functional, the use <strong>of</strong> classi<strong>ca</strong>l detailing such as pediments and clock towers be<strong>ca</strong>me common.<br />
Such buildings were generally lo<strong>ca</strong>ted on streams, and thus concentrated in areas where water<br />
power was available. In the 1780s a form <strong>of</strong> firepro<strong>of</strong> construction, involving <strong>ca</strong>st-iron beams<br />
and shallow brick jack arches, was developed. This was used at Stanley Mill in Gloucestershire, a<br />
‘fire pro<strong>of</strong> ’ woollen mill, where the use <strong>of</strong> Palladian windows and decorative <strong>ca</strong>st iron also illustrates<br />
the architectural pretension <strong>of</strong> the mill complex.<br />
Steam was applied to spinning in 1785, making possible factory buildings in towns, close to<br />
sources <strong>of</strong> labour and materials. <strong>The</strong> mill buildings <strong>of</strong> the <strong>An</strong>coats area in Manchester exemplify<br />
the way in which urban areas be<strong>ca</strong>me transformed by concentrations <strong>of</strong> multistorey textile<br />
complexes, although there is plentiful evidence to show that ‘out-working’ persisted as a mode <strong>of</strong><br />
operation (by the mid-nineteenth century only half the textile workers operated in factories). A<br />
survey <strong>of</strong> Yorkshire textile mills places rural water-powered mills in their lands<strong>ca</strong>pe context, and<br />
demonstrates the importance <strong>of</strong> looking at where and how mills were built as well as studying the<br />
buildings themselves (Giles and Goodall 1992).<br />
It is easy to forget that mills were usually only one element in a large industrial complex that<br />
might include single-storey weaving sheds, dye houses, engine houses, <strong>ca</strong>rding buildings, <strong>of</strong>fices<br />
and a multitude <strong>of</strong> other small structures needed for the factory’s operation. In Manchester, the<br />
huge textile warehouses represent the role <strong>of</strong> marketing and distribution in the industry. At<br />
Saltaire in Bradford, West Yorkshire, the mill be<strong>ca</strong>me part <strong>of</strong> a social experiment where the mill<br />
owner, Titus Salt, built rows <strong>of</strong> houses for employees, adding a church, hospital, baths and schools.<br />
Such structures are usually very vulnerable, and archaeology <strong>ca</strong>n play a role in ensuring that the<br />
more obvious structures are placed in their context.<br />
Building technology<br />
Textile mills are only one <strong>of</strong> a wide range <strong>of</strong> new building types that began to appear in the late<br />
eighteenth century as a result <strong>of</strong> industrialization. Some <strong>ca</strong>tegories were very specific and a direct<br />
reflection <strong>of</strong> the process they housed, such as iron furnaces or gas holders, whilst other buildings<br />
depended upon a vo<strong>ca</strong>bulary <strong>of</strong> features that were designed to provide light, shelter, access, firepro<strong>of</strong>ing<br />
and perhaps power for industrial processes. Building technology evolved rapidly as<br />
early building types were found to be unsuitable for industrial processes, and <strong>of</strong>ten burnt down<br />
or were shaken to bits. <strong>The</strong> <strong>introduction</strong> <strong>of</strong> iron to support buildings, fire-pro<strong>of</strong>ing, and new<br />
construction techniques involving the use <strong>of</strong> concrete and rolled steel, zig-zag north light ro<strong>of</strong>s<br />
to bring in more light, and the use <strong>of</strong> steel framing all created extraordinarily innovative buildings.<br />
It should not be assumed that all such buildings were purely functional and without pretension.<br />
<strong>The</strong> earliest eighteenth-century factories made use <strong>of</strong> the Palladian idiom in their deployment <strong>of</strong><br />
pediments and ornate ro<strong>of</strong>s, and the industrial buildings <strong>of</strong> the Victorian period—such as the<br />
Egyptian style Temple Mill—illustrate all <strong>of</strong> the major themes in the architecture <strong>of</strong> the period.<br />
Workers’ housing<br />
Industries depended upon people, and many historians have commented upon the population<br />
changes in <strong>Britain</strong> during the period <strong>of</strong> industrialization. <strong>The</strong> population grew, and the centres <strong>of</strong>