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assessed by reference to independently gath-
ered observations (Harvey, 1969).
In human geography,thisapproachwas
used to develop theories of the location of
human activities, the spatial interactions
between places and the spatialdiffusionof
phenomena from one place to another.
Typically, research proceeded by constructing
mathematical–statistical models and then
comparing them to observations using spatial
analysis (spatial statistics and Monte Carlo
simulation). While some spatial science suffers
fromspatial fetishismandspatial separat-
ism, these are by no means inherent shortcom-
ings. Both thesocial constructionof space
and thetheory-laden nature of observations
were recognized within spatial science.
Given this history, it is ironic that the term
‘spatial science’ first appeared in English in
Hartshorne’s programmatic statement ofThe
nature of geography(1939). This text was the
beˆte noireofspatial science: Hartshorne dis-
cussedlocation theoryen passantbut ruled
it out of geographical enquiry, and he located
geography alongside what he called other
‘spatial sciences’, such as astronomy (cf.
cosmography), only to insist that the intrinsic
exceptionalism of geography necessarily
relocated it with the idiographic sensibilities
of history rather than the theoretical and stat-
istical modalities of the other, normal sciences.
When the term ‘spatial science’ reappeared, it
was not part of the rival prospectus of the
quantitative revolutionaries at all but, rather,
named their research as the object of critique:
thus the second chapter of Gregory’sIdeology,
science and human geography (1978a) was
entitled ‘In place of spatial science’.
Since then, spatial science has become a
catch-all characterization of forms of spatial
analysis and theorization associated with the
Quantitative Revolution and its derivatives. At
its most general, it describes a divide within
human geography and also between human
andphysical geographythat separates those
who see themselves as following the prescrip-
tions of natural science from those who do
not. Since the 1990s, as GIS has reinvigorated
spatial analysis and as cognate social sciences
such as economics, with stronger allegiances
to the epistemologies of natural science, have
rediscovered geography (seenew economic
geography), spatial science has gained new
adherents. Yet the divide is based on the supp-
osition that natural science entails different
norms than the human sciences – a claim that
has been increasingly questioned in contem-
porary geography, philosophy and the
philosophy ofscience and science studies
(cf. Harrison and Dunham, 1998; Massey,
1999). es
spatial separatism Any geographical theory
asserting that physicalspaceis an independent
cause of human behaviour. Separatism has two
meanings here: separating space from social
processes, and separatinghuman geography
from other social sciences. The term was
coined by Sack (1973, 1974b) to criticize
claims made specifically by Bunge (1966,
1973) in his prospectus for theoretical geog-
raphy that geographical theories explain using
geometric laws, thereby giving geography an
exceptional status relative to the laws of other
social sciences. Sack, like critics ofspatial
fetishism, argued that space is relational – an
emergent outcome of social processes – and
that this made such separatism untenable. es
Suggested reading
Sack (1974b).
spatial structure The organization of social
and biophysical phenomena in space. The term
was coined withinspatial scienceto refer to
the spatial coherence, geometric order or sys-
tematic spatial pattern (particularly spatial
equilibria) generated by human activities. It
implied an order in geometrical–mathemat-
ical–statistical domains characterized by
degrees of symmetry, regularity and predict-
ability. The term was subsequently used in a
less restrictive, less formalist sense inhuman
geographyand insocial theoryto refer to
the interdependence of human agency and spa-
tial structures, whereby agency responds to but
also reproduces and transforms its spatial tem-
plates (cf. Gregory and Urry, 1985). The term
is now used more eclectically still, to refer to
any more or less ordered spatial arrangement,
assemblageor system: the orderings through
which space is implicated in the operation and
outcome of social and biophysical processes.
The emphasis on ‘ordering’ rather than ‘order’
directs attention to the ‘folding’ oftimeand
spaceinto the operation of processes in contin-
gent, fluid and sensuous ways. This recognizes
that practices and performances evade and
exceed the symmetrical and/or logical orders
proposed by classical social theory (hence its
‘problem of order’) and by neo-classical spatial
science, and requires ‘order’ or ‘structure’ to be
treated as aprocessrather than a thing.es/dg
spatiality The mode(s) in whichspaceis
implicated in the constitution and conduct of
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SPATIALITY