G. Bridge, The social regulation of resource access and environmental impact: production, nature and contradiction in the US copper industry, GEOFORUM, 31(2), 2000, pp. 237-256
The ecological processes underpinning commodity production have been largel
y overlooked by theories of social regulation and governance. Conventional
applications of regulation theory, for example, often reduce the complex in
teractions between the environment and processes of accumulation to an homo
genous surface on which the institutions of social regulation are inscribed
. By contrast, this paper illustrates how the metabolism of production - th
e flows of raw materials, energy, and wastes central to the production of c
ommodities from the natural environment - can provoke its own set of contra
dictions for particular industrial sectors. These contradictions can emerge
to challenge accumulation in specific industrial sectors when existing pra
ctices and institutions fail to ensure continued access to resources and/or
to effectively regulate the impacts of production on the environment.
This paper describes how historical patterns of using nature in one primary
commodity sector - copper mining and processing contributed to declining p
rofitability in this industry during the early 1980s. The process of copper
production is analyzed to identify a series of underlying 'ecological cont
radictions' that have the potential to impact profitability. The expression
of these contradictions is then examined in the specific context of the US
Southwest during the 1980s, with particular attention paid to conflicts ov
er the environmental impacts of mining and the accessibility of land to min
ing firms. The emergence of social conflict over land access and the enviro
nment is interpreted in terms of the historical specificity - and obsolesce
nce - of the framework of institutions, legislation and customary relations
between corporations, the state and activist groups that had formerly cont
ained and regulated these contradictions. (C) 2000 Elsevier Science Ltd. Al
l rights reserved.