Volume 8 Issue 1 (2010)
DOI:10.1349/PS1.1537-0852.A.384
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Getting to the Points of a Semantic
Map
Author’s reply to ‘A Multitude of Approaches to Make
Semantic Maps’ by Michael Cysouw (2010)
Joost Zwarts
Utrecht Institute of Linguistics OTS
In his comment on my paper ‘Semantic map geometry: two
approaches’, Michael Cysouw adds a few useful qualifications to the
distinction that I made between matrix-driven and space-driven approaches to
semantic maps. Even though there is a multitude of approaches, each of them with
their individual advantages and disadvantages, I would like to maintain that the
distinction that I made in my paper is valid and important.
I assume with Cysouw that the central question in the discussion is how
to determine the
relations between the points in a semantic space, not
the points themselves, and I agree with him that this is a far-from-simple
methodological distinction. In this debate, we share the assumption that points
are somehow given. My discussion of space-based and matrix-based methods also
deals with establishing the way a given set of “meanings” of some
sort is structured by a relation between the points.
Cysouw does not see much coherence in the three candidate examples of
space-driven mapping approaches that I mention in my paper, except that they are
not based on cross-linguistic comparison. Of course, these three examples
involve very different domains and methods, but the negative fact that they do
not use cross-linguistic comparison to determine the relations between
the meanings on the map implies something
positive: they must establish
those relations based on the properties of the points themselves (meanings,
stimuli, denotations, image schemata), even though there are clearly different
ways to do this, depending on the nature or modeling of the points.
Distinguishing between linguistic and non-linguistic methods for
determining the relations between meanings might not be as easy as Cysouw makes
it look, and it is partly a matter of terminology. Color space is determined on
the basis of physical characteristics of color chips, the reciprocal lattice on
the basis of logical properties of set-theoretic objects. The
over
network is really not very different: it is not determined by pure
“linguistic” analysis, i.e. by comparing different lexical items or
analyzing morphological or syntactic configurations, but by reflecting on the
way different situations to which the preposition
over can apply relate
to each other, i.e. by “conceptual” analysis of those situations.
This is no more or less linguistic than the way in which semanticists have
studied the relations between different senses of
each other using
logical methods. Whether we call this linguistic or non-linguistic is of minor
importance. What is important is that linguists who try to understand how
lexical items and grammatical markers partition the world of meaning need to
turn to non-linguistic facts, methods, and theories to understand how that world
is structured: the physics of colors, the logic of relations, the
conceptualization of spatial trajectories. There are two ways of doing this,
both of which are part of linguistics, and both are needed: starting out with a
hypothetical space (motivated by non-linguistic considerations) and then
investigate how languages in the world divide up this space, or work out a
semantic map on the basis of cross-linguistic variation and then look for
explanations of this map beyond the linguistic domain.
References
Cysouw, Michael. 2010. A multitude of approaches to make semantic
maps. Comment on Zwarts 2010. Linguistic Discovery, this issue. doi:10.1349/ps1.1537-0852.a.383
Zwarts, Joost. 2010. Semantic map geometry: Two approaches.
Linguistic Discovery, this issue. doi:10.1349/ps1.1537-0852.a.357
Author’s contact information:
Joost Zwarts
Opleiding Taalwetenschap
Departement Moderne Talen
Faculteit Geesteswetenschappen
Universiteit Utrecht
Trans 10
3512 JK Utrecht
The Netherlands
j.zwarts@uu.nl
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