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8/3/2019 Cross Modal Semantic Priming
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LANGUAGE AND COGNITIVE PROCESSES, 1996, 11 (6), 569576
Requests for reprints should be addressed to P. Tabossi, Dipartimento di Psicologia, Via
dellUniversita 7, 34123 Trieste, Italy. E-mail: tabossi6psibo.unibo.it
This research was supported in part by CNR Grant Nos 94.04060/ 08 and 95.01841H5. I would
like to thank Anne Cutler and the reviewers for their helpful comments.
q 1996 Psychology Press, an imprint of Erlbaum (UK) Taylor & Francis Ltd
Cross-Modal Semantic Priming
Patrizia Tabossi
University of Trieste, Trieste, Italy
The cross-modal semantic priming paradigm is described, including itsunderlying rationale and the different tasks with which it is combined. The
major characteristics of the paradigmthe type of stimuli used, the dependentand independent variables typically manipulatedare then introduced. Also,its main advantages and drawbacks are discussed. Finally, the most importantareas of application are considered and some important ndings which havebeen obtained with it are briey mentioned.
Issues Addressed
Access to ambiguous words, spoken word processing, speech segmentationand sentence processing.
First Uses
Originally introduced by Warren (1972). In its most common form, it was
proposed and tested by Swinney, Onifer, Prather and Hirshkowitz (1979).
Description
Subjects listen to a spoken stimulus (prime). At various times relative to
prime presentation, a visual targetwhich may be semantically related/
associated or unrelated to the primeis presented to them. Primes are
usually embedded in sentential contexts. Typically, subjects perform a
lexical decision task on the visual target. Also, to make sure that subjects payattention to the acoustic materials, they are given a recognition test either at
various points during the experimental session or at the end.
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570 TABOSSI
Stimuli
Primes are spoken ambiguous words (Swinney, 1979), unambiguous words,
ambiguous or unambiguous word fragments (Zwitserlood, 1989), fragments
of segmentally ambiguous speech (Shillcock, 1990; Gow & Gordon, 1995;
Tabossi, Burani, & Scott, 1995) or structurally relevant positions in
sentences, including verbs, pronouns and gaps (Shapiro, Zurif, &
Grimshaw, 1987, 1988; MacDonald & MacWhinney, 1990). Targets are
visual words or pseudowords.
Dependent Variables
1. Lexical decision RTs and errors.2. Naming RTs (e.g. Seidenberg, Tanenhaus, Leiman, & Bienkowski, 1982).
3. Other, e.g. subjects name the colour of a target word (Warren, 1972;
Conrad, 1974; Oden & Spira, 1983; Whitney, McKay, Kellas, & Emerson,
1985). This is known as the Stroop task.
Independent Variables
Ambiguous words
1. Types of lexical ambiguity: category (e.g. noun/verb: Seidenberg et al.,
1982); homophony (Cutler, 1986); balanced or unbalanced meanings
(dominance) (Onifer & Swinney, 1981).
2. Types of context: neutral or biasing sentential context (Swinney, 1979);
types of sentential constraints (Tabossi, 1988a).
3. Timing of target presentation relative to prime presentation: at the offsetof the ambiguous word (Swinney, 1979), prior to offset (Tabossi &
Zardon, 1993), after offset (Swinney, 1979; Simpson, 1981).
4. Relation between prime and target: association, semantic features
(Tabossi, Colombo, & Job, 1987; Tabossi, 1988a; Swinney, 1991).
Unambiguous words and word fragments
1. Words and word fragments: acoustic/phonetic characteristics of the
prime (Andruski, Blumstein, & Burton, 1994; Connine, 1994; Connine,
Blasko, & Wang, 1994); nature and amount of acoustic/phonetic
similarity with other words in the language (Marslen-Wilson &
Zwitserlood, 1989; Connine, Blasko, & Titone, 1993); number of
candidates similar to the prime (Andruski et al., 1994; Connine, 1994);
identication point (Zwitserlood, 1989).
2. Types of context: single word (Marslen-Wilson & Zwitserlood, 1989);biasing and neutral sentential contexts (Zwitserlood, 1989; Connine et al.,
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CROSS-MODAL SEMANTIC PRIMING 571
1994); segmentally ambiguous contexts and embedding (Shillcock, 1990;
Gow & Gordon, 1995; Tabossi et al., 1995).
3. Timing: moment (during or after) with respect to spoken stimulus
presentation that visual target is presented (Zwitserlood, 1989; Andruski
et al., 1994; Connine, 1994).4. Relation between prime and target: associations vs semantic features
(Whitney et al., 1985; Tabossi, 1988b); acoustic/phonetic similarity
(Connine et al., 1993); rhyming (Marslen-Wilson & Zwitserlood, 1989).
Sentence processing
1. Pronoun ambiguity (MacDonald & MacWhinney, 1990).
2. Loci of trace activation (Nicol & Swinney, 1989).
3. Verb complexity and lexical effects (Shapiro et al., 1987, 1988; Boland,
1991).
Analysis Issues
1. The existence (and amount) of facilitatory priming of the visual decision
is assumed to provide information about the processing of the auditoryprime. Furthermore, prior sentential context is assumed to inuence the
prime, and only through this inuence to affect performance on the visual
target (Swinney, 1979; Tabossi, 1988a, 1988b).
2. The facilitation that the prime produces on the target processing is
measured in two ways: Either by comparing performance on the same
target preceded by a related prime in one condition and by an unrelated
prime in the control condition (Marslen-Wilson & Zwitserlood, 1989;
Whitney et al., 1985; Tabossi, 1988b), or by comparing performance on
different targets, one related and one unrelated to the same prime
(Swinney, 1979; Onifer and Swinney, 1981). In the latter case,
performance on the targets outside the experimenta l conditions must be
comparable (similar length, frequency, etc.).
Effects Found with Paradigm
Ambiguous words
1. Lack of syntactic context effects on access
Shown by: Seidenberg et al. (1982).
2. Effects of dominance
Shown by: Tabossi et al. (1987; but see Onifer & Swinney, 1981).
3. Fast post-access selective effects of sentential contextShown by: Swinney (1979).
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572 TABOSSI
4. Some context effects on initial access
Shown by: Simpson (1981); Tabossi (1988a); Tabossi and Zardon (1993).
Unambiguous words/word fragments
1. Multiple early activation of competitors
Shown by: Zwitserlood (1989).
2. Partially matching information can activate lexical candidates
Shown by: Andruski et al. (1994); Connine et al. (1994).
3. Various context effects
Shown by: Zwitserlood (1989).
4. Relevant perceptual characteristics of the initial fragment of the to-be-
identied word
Shown by: Connine et al. (1993); Marslen-Wilson and Zwitserlood
(1989).
5. Context-dependent and context-independent activation of aspects of
word meanings
Shown by: Whitney et al. (1985); Greenspan (1986); Tabossi (1988b);
Williams (1988).
6. Effects of segmental ambiguity within and across word-boundaries
Shown by: Shillcock (1990); Gow and Gordon (1995); Tabossi et al.
(1995).
Sentence processing
1. Assignment of pronoun reference can be slowShown by: MacDonald and MacWhinney (1990).
2. Selective activation of structurally appropriate antecedents
Shown by: Nicol (1988); Nicol and Swinney (1989).
3. Immediate activation of all argument structure for verbs during sentence
processing
Shown by: Shapiro et al. (1987, 1988).
4. Early effects of lexical information on sentence processing
Shown by: Boland (1991).
Design Issues
1. Single word (e.g. Marslen-Wilson & Zwitserlood, 1989; Andruski et al.,
1994) versus sentential context (e.g. Swinney, 1979; Whitney et al., 1985).
2. Subjects task: colour naming (Warren, 1972; Whitney et al., 1985), lexicaldecision (Swinney et al., 1979), etc.
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CROSS-MODAL SEMANTIC PRIMING 573
3. Presentation of the target relative to the prime: at prime offset (Swinney,
1979; Zwitserlood, 1989); after prime ending at different inter-stimulus
intervals (ISI) (Swinney, 1979; Simpson, 1981; Whitney et al., 1985;
Andruski et al., 1994; Connine, 1994); before word ending (Tabossi &
Zardon, 1993).4. Full word vs word fragment: when presented before the offset of the
acoustic prime, the prime presentation is often interrupted at the
occurrence of the target. In this case, the prime is actually a fragment
whose length may correspond to different points, such as isolation,
uniqueness or recognition point (Zwitserlood, 1989).
Validity
1. The paradigm is reasonably reliable.
2. Its rationale has resisted careful scrutiny.
3. It reects local phenomena rather than global sentence effects.
Advantages
1. It relies on a robust phenomenon (semantic priming).
2. It taps semantic activation produced by spoken stimuli on-line.
3. There is little interference with the on-going process of comprehension
by the task(s).
4. It is very accurate time-wise.
Potential Artifacts
1. There may be backward priming effects, although these have not
unambiguously been demonstrated with auditory primes or sentential
contexts (Burgess, Seidenberg, & Tanenhaus, 1986; Glucksberg, Kreuz,
& Rho, 1986; Peterson & Simpson, 1989).
2. With sentential contexts, it is necessary to control the semantic
relatedness between target and individual words of the preceding
context, even though there is no clear evidence that such relatednessaffects task performance (Swinney, 1979; Tabossi, 1988b).
Problems
1. Possible contaminating effect of backward priming effects could be
reduced by using naming rather than the lexical decision task. However,
naming is problematic because of its possible interference with speechperception.
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