Jd. Proctor et S. Pincetl, NATURE AND THE REPRODUCTION OF ENDANGERED SPACE - THE SPOTTED OWL IN THE PACIFIC-NORTHWEST AND SOUTHERN CALIFORNIA, Environment and planning. D. Society & Space, 14(6), 1996, pp. 683-708
Recent efforts to protect biodiversity in the United States often repr
oduce the literal and figurative divisions of space that have original
ly endangered target species. Nature as redefined by these efforts is
as much a social construction as it is some biophysical entity under s
iege by humans. We focus on the categorical and spatial distinctions b
etween landscapes prioritized for protection and landscapes given less
priority or ignored altogether. These distinctions, we wish to demons
trate, reflect pragmatic considerations of habitat quality and politic
al expediency, but they also are enmeshed in dualist nature-culture id
eologies that serve to legitimate and ultimately to reproduce the diff
erent practices that occur on these landscapes. We focus on protection
of spotted owl habitat, one of the most important cases of biodiversi
ty conservation in the United States since the passage of the Endanger
ed Species Act. We consider recent spotted owl protection efforts in t
he Pacific Northwest and southern California. In the Pacific Northwest
, spotted owl protection plans on public forests have been cited as ju
stification for easing habitat protection on private lands, in spite o
f the major historical biodiversity role of these forestlands. In Cali
fornia, spotted owl policy deliberations for the urbanized forests of
southern California have lagged far behind those in the Sierra Nevada,
even though owl populations have declined faster in southern Californ
ia than anywhere else in the state. These cases are indicative of a na
ture epistemologically understood and ontologically constructed as sep
arate from culture, of what Latour would call an act of purification s
et up against the undeniably hybrid character of nature-cultures in la
te modernity. It is precisely this recognition of nature-culture inter
twining, however, that will prove central to the creation of sustainin
g habitats for nonhuman life.