The Power of Strangers: The Effect of Incidental Consumer Brand Encounters on Brand Choice — TEI-tagged view

Rosellina Ferraro, James R. Bettman, Tanya L. Chartrand · 2009 · marketing · doi:10.1086/592944 · full text at the source · TEI xml · tagged edition · index · concepts · authors
Where this record's text came from. faceted 2026-08 by reading the locally held text (pdftext); every evidence string verified as an exact substring of that text before merging. On the ferraro2009-brand record: claim type is 'mechanism' rather than 'existence' because the abstract's load-bearing clause is the causal one ('that perceptual fluency underlies these effects'), established by the misattribution (study 2) and saturation (study 3) manipulations rather than by the effect demonstration alone. Replication status is 'replicated' on the basis of the paper's OWN reported internal replications only — study 1 was rerun at Duke where Dasani was the dominant brand, and the study 4 in-group pattern was reproduced in a follow-up study; I have no evidence from the text about independent replication, so this should not be read as a literature-wide status. The contradicts relation to Simonson, Kramer, and Young (2004) is real but split across two sentences: the quoted sentence names the prior work, and the very next sentence states the conflict ('This result also appears inconsistent with our findings on the preference measure.'); I quoted the naming sentence so the target is verifiable inside the evidence. Several other named citations (Bargh 2002, Dijksterhuis et al. 2005, Hasher and Zacks 1984, Zajonc 1968, Brewer and Yuki 2007, Markus and Kitayama 1991) are background framing where the paper does not explicitly position its own claim against them in a single sentence, so per rule 7 I left them out. 2026-08-19 and 2026-08-25 schema-0.3 passes: every quote verified as an exact substring of the staged text and anchored at merge time; concept terms verified present; every edge endpoint an existing node. Update, 15 September 2026: EXCEPTION, measured with the merge gate's own predicate (Paper.locate): 2 quote(s) on this record are not found as one exact string in the current staged text - content_tags.statistics[0].evidence, content_tags.statistics[1].evidence. The sentence above does not hold for them as written. Where a row records why - the quote is grounded in another copy of the paper, joins two passages with an ellipsis, or differs from the staged text by extraction noise - that note stays on the row.
The quality of the text these quotes were cut from. residual-ligature-artifacts: some fi/fl were lost in an earlier cleanup and the source could not be re-fetched cleanly (personal copy / paywalled / corrupt text layer). Text is complete and readable but not pristine; not enriched until re-sourced.
2 quotes on this page break a word across a line. The PDF this text was extracted from hyphenated those words at the end of a printed line — adversar- ial, repre- sentations — and the extractor kept the hyphen and the space. The quotes keep them because a quote is reproduced exactly or it proves nothing: the break is the typesetter’s, not the author’s. A search of this page will not find the affected words.
2 quotes on this page were cut from a different copy of this article. This project holds two extractions of this paper: the plain text every other quote here is anchored in, and the publisher’s own HTML edition, which we are not licensed to republish. They are verbatim in the second and cannot be found in the first — not because the tagging is wrong, but because the extraction damaged the passage: a page number dropped into the middle of a number, a formula moved out of its sentence, a ligature where two letters belong. The record names the copy for each one. The quote is the paper’s; the extraction is not.
Other fields define these differently the same word, defined another way in another discipline
logistic regression 3 fields · standard-deviation 3 fields · priming 2 fields
Tags on this paper every tag the record carries, whether or not the words occur in the text below — a number is how many papers in the corpus carry that tag; a tag with no number is unique to this paper
priming50 brand priming incidental exposure consumer choice2 association19 secondariness16 modulation18 fluency type of user mere exposure brand choice behavioural-experiment117

Our tag layer for this paper

Priming analysis (Sivroni & Stark meta-disciplinary definition; cited to Sivroni et al. 2023)
Three characteristics: A · association S · secondariness M · modulation
P · primeincidental exposure to a stranger using a brand
T · targeta brand choice
B · baselinechoice with no incidental exposure
E · priming effectraised choice of the exposed brand
A · associationcongruent (positive)
Cross-disciplinary analysis
content-tags & facets: phenomenon · claim-type · cross-domain-transfer · mechanism · claim-relation · replication-status · limitation — grounded in the full text
phenomenonincidental consumer brand encounters— “We refer to these situations as incidental consumer brand encounters (ICBEs).”
claim-typemechanism— “Four studies provide evidence that repeated exposure to simulated ICBEs increases choice of the focal brand for people not aware of the brand exposure, that perceptual fluency underlies these effects, and that these effects are moderated by perceivers’ automatic responses to the type of user observed with the brand.”
method — evidence— “We simulated ICBEs by briefly exposing participants to photos of people engaged in everyday situations (e.g., sitting on a bench, having lunch).”
builds-on Winkielman et al. (2003)— “Our findings are in line with the assertions of Winkielman et al. (2003) that effects of fluency can be attenuated when other relevant information is available and utilized.”claim_relations[0]
builds-on Fazendeiro et al. (2007) and Huber and O’Reilly (2003) saturation model— “Study 3 suggests that too much fluency can backfire, which is consistent with the saturation model proposed by Fazendeiro et al. (2007) and Huber and O’Reilly (2003).”claim_relations[1]
replicates Fang et al. (2007)— “The results for this condition were similar to those of the fluency misattribution case, which is consistent with the Fang et al. (2007) results.”claim_relations[2]
contradicts Simonson, Kramer, and Young (2004)— “Additionally, evidence in Simonson, Kramer, and Young (2004) suggests that effects on preference ratings are usually larger than effects on choice.”claim_relations[3]
senseTHE MECHANISM IS PROVED BY MISATTRIBUTION, WHICH IS THE STRONGEST FORM AVAILABLE FOR A FEELING: `Study 2 shows that, if the experienced fluency generated by repeated exposure can be attributed to another source, then the effect will be attenuated.` Give the ease somewhere else to have come from and the preference goes with it. That rules out the alternative that repetition simply builds a memory or a habit - a memory would not care where you thought the ease came from— “Study 2 shows that, if the experienced fluency generated by repeated exposure can be attributed to another source, then the effect will be attenuated”senses[0]
senseAND THE DOSE-RESPONSE IS NON-MONOTONIC: `Study 3 suggests that too much fluency can backfire, which is consistent with the saturation model.` More exposure is not more effect. This is the one finding here that a replication is most likely to invert by accident: increasing the number of exposures to be safe would move the design past the peak and find less. A corpus that records `repeated exposure increases choice` without the saturation clause would license exactly that mistake— “Study 3 suggests that too much fluency can backfire, which is consistent with the saturation model proposed by Fazendeiro et al”senses[1]
senseUNAWARENESS USED AS A CONTROL RATHER THAN REPORTED AS A FINDING: `the participants in study 4 were not aware of the brand and hence could not be aware of its association with the in-group or out-group, so conscious correction was not possible.` This is higgins1977's discounting cue turned into a design feature. Higgins found that noticing your own bias ATTENUATES it; here, showing that participants could not notice is what licenses reading the result as uncorrected. Same mechanism, opposite use - one paper measures it, the other rules it out by construction— “Importantly, the participants in study 4 were not aware of the brand and hence could not be aware of its association with the in-group or out-group, so conscious correction was not possible”senses[2]
senseAN ANOMALY REPORTED AGAINST THEIR OWN ACCOUNT, IN THEIR OWN DISCUSSION: `While we found a positive increasing correlation between liking and choice of Dasani with increased exposure, reported liking itself did not differ across conditions. On the surface, this result seems inconsistent with a fluency account.` The exposure moved what people CHOSE without moving what they SAID they liked. A measure and its supposed cause coming apart - and the authors raise it themselves, under a heading of its own, rather than leaving it in a table— “While we found a positive increasing correlation between liking and choice of Dasani with increased exposure, reported liking itself did not differ across conditions”senses[3]
controla 10-minute FILLER TASK placed between the individual-difference measures and the photo task — held — rules out that participants notice the connection between the questionnaire and the exposure task, and respond to the perceived hypothesis— “In stage 2, participants completed a 10-minute filler task included to decrease any potential awareness of the connection between collection of the individual difference measures and the photo task.”controls[0]
controla ZERO-EXPOSURE control condition against four and twelve exposures — held — rules out that brand choice at any exposure level is simply the brand's base rate rather than an effect of exposure— “In the zero-exposure control condition, 17.1% of the participants selected Dasani, as compared to 21.6% in the four-exposure and 40.0% in the 12-exposure conditions.”controls[1]
effect directionfluency —causes→ brand choice — increases— “This research examines how ICBEs influence brand choice. Four studies provide evidence that repeated exposure to simulated ICBEs increases choice of the focal brand for people not aware of the brand exposure, that perceptual fluency underlies these effects”— “increases choice of the focal brand for people not aware of the brand exposure”concept_edges[0]
notefluency —causes→ brand choice — THE PAPER'S CENTRAL CLAIM, and the axis quote carries the awareness qualifier that the abstract attaches to it - 'for people not aware of the brand exposure'. Weight 0.9 rather than 0.95 because the relation is non-monotonic (study 3) and moderated (study 4), and an unqualified 'fluency increases choice' is true only in the middle of the range.— “This research examines how ICBEs influence brand choice. Four studies provide evidence that repeated exposure to simulated ICBEs increases choice of the focal brand for people not aware of the brand exposure, that perceptual fluency underlies these effects”concept_edges[0]
weightfluency —causes→ brand choice — 0.9— “This research examines how ICBEs influence brand choice. Four studies provide evidence that repeated exposure to simulated ICBEs increases choice of the focal brand for people not aware of the brand exposure, that perceptual fluency underlies these effects”concept_edges[0]
audittype of user —causes→ fluency — Audit 2026-09-28: DOUBTFUL - read against its span and kept, but the span says the type of user may MODERATE the fluency effect; causes overstates a moderation.— “This suggests that implicitly discerning the type of user of a brand may moderate the fluency effect arising from increased frequency of exposure”concept_edges[1]
notetype of user —causes→ fluency — THE MODERATOR, AND NO effect direction - DELIBERATELY. The paper says the type of user can 'BOLSTER it ... DAMPEN it ... or OVERPOWER it' depending on the group and the perceiver's construal, so there is no single sign. A 'causes(increases)' here would be false a third of the time. The vocabulary offers no 'moderates', and this is the nearest honest use of what it has.— “This suggests that implicitly discerning the type of user of a brand may moderate the fluency effect arising from increased frequency of exposure”concept_edges[1]
weighttype of user —causes→ fluency — 0.85— “This suggests that implicitly discerning the type of user of a brand may moderate the fluency effect arising from increased frequency of exposure”concept_edges[1]
outcome (stated by the tagger, no quotation)control — heldcontrols[0]
outcome (stated by the tagger, no quotation)control — heldcontrols[1]
for which uselimitation — the transfer to a real shelf: OUR RESEARCH UTILIZED ONLY ONE BRAND, WHEREAS IN THE REAL WORLD PEOPLE DO NOT JUST ENCOUNTER ONE BRAND— “For example, our research utilized only one brand, whereas in the real world people do not just encounter one brand.”limitations[0]
for which uselimitation — the ecological reading of the exposure: OUR PHOTOGRAPHS PRESENT A STATIC PICTURE OF AN ICBE, not the dynamic encounters people actually have— “Our photographs present a static picture of an ICBE.”limitations[1]
for which uselimitation — the scope of the whole finding: WE FOCUS ONLY ON THE RESULTS FOR THE UNAWARE PARTICIPANTS ... AS THERE ARE TOO FEW PARTICIPANTS IN THE AWARE GROUP FOR MEANINGFUL ANALYSES - the aware/unaware contrast is untested— “We focus only on the results for the unaware participants below as there are too few participants in the aware group for meaningful analyses.”limitations[2]
for which uselimitation — the study 4 interpretation: SOME READERS MAY WONDER IF PROCESSING STYLE DIFFERENCES ASSOCIATED WITH DIFFERENT SELF-CONSTRUALS PROVIDE AN ALTERNATIVE EXPLANATION - conceded, not excluded— “Some readers may wonder if processing style differences associated with different self-construals provide an alternative explanation for our study 4 results.”limitations[3]
replicationreplicated
limitationOnly a single brand (Dasani) was used, so effects of competing-brand clutter are untested.— “For example, our research utilized only one brand, whereas in the real world people do not just encounter one brand.”limitations[0]
limitationThe stimuli were static photographs, not the dynamic encounters people actually have.— “Our photographs present a static picture of an ICBE.”limitations[1]
limitationParticipants who were aware of the brand exposure were too few to analyse, so the aware case is untested.— “We focus only on the results for the unaware participants below as there are too few participants in the aware group for meaningful analyses.”limitations[2]
limitationThe authors concede an alternative explanation for study 4 in terms of analytic vs. holistic processing styles tied to self-construal.— “Some readers may wonder if processing style differences associated with different self-construals provide an alternative explanation for our study 4 results.”limitations[3]
Concepts
terms this paper carries, each with the sentence it was cut from — the layer that joins one paper to another. Terms with no quote yet are on CONCEPTS.html.
conceptfluency — not defined in this paper's own words; THE MECHANISM, and it is established by MISATTRIBUTION rather than asserted: give the feeling of ease another source to come from and the effect weakens, which is how you show a feeling rather than a memory is doing the work— “Study 2 shows that, if the experienced fluency generated by repeated exposure can be attributed to another source, then the effect will be attenuated”concepts[7]
concepttype of user — not defined in this paper's own words; WHO WAS HOLDING THE BRAND - the context of the exposure, and the moderator that can bolster, dampen or overpower the fluency effect. It is what separates this from mere exposure, where the stimulus arrives without company— “When a type of user is discernible, however, this relationship is moderated by perceivers’ automatic responses to that group”concepts[8]
conceptmere exposure — not defined in this paper's own words; the account this paper extends and departs from: mere exposure treats the stimulus as isolated, and the departure is that 'the CONTEXT in which repeated exposure occurs matters'— “Our results go beyond an interesting application of mere exposure by showing that the context in which repeated exposure occurs matters”concepts[9]
conceptbrand choice — not defined in this paper's own words; the outcome, and it is a CHOICE rather than a rating - which matters here, because the rating (liking) did not move while the choice did— “This research examines how ICBEs influence brand choice. Four studies provide evidence that repeated exposure to simulated ICBEs increases choice of the focal brand for people not aware of the brand exposure, that perceptual fluency underlies these effects”concepts[10]
Statistics — cross-field join keys
field-invariant statistical terms, used in their statistical sense (gated on a number / symbol / test). A p-value or a standard deviation means the SAME thing in physics, biology, psychology and sociology — so these are the strongest cross-field join keys. Grounded verbatim.
ANOVA F as written: F(3, 44)— “The four brands also did not differ(F(3, 44) ! 1.0, on general knowledge of the brand NS).(F(3, 44) p 1.73, There was a marginally signicant difference in” [checked against the archived source, not this rendering]content_tags.statistics[0]
not machine-vouchedANOVA — not-in-our-copy - The quote is in the original web page we fetched for this paper, but not in the text we tag against, which was extracted differently. Checked with ligatures, hyphens, spacing and punctuation set aside.content_tags.statistics[0]
correlation r— “The strength of this correlation increased with ex- posure to Dasani relative to the control group in the no mis- attribution condition ( r p 0.47, r p 0.66, r p… [checked against the archived source, not this rendering]content_tags.statistics[1]
not machine-vouchedcorrelation — not-in-our-copy - The quote is in the original web page we fetched for this paper, but not in the text we tag against, which was extracted differently. Checked with ligatures, hyphens, spacing and punctuation set aside.content_tags.statistics[1]
mean μcontent_tags.statistics[2]
evidence status notemean — QUOTE RECOVERED FROM THE PAPER'S OWN CHARACTERS. The recorded quote was LETTERS-ONLY IDENTICAL to this stretch of the staged text but not an exact substring of it - spaces, hyphens, ligature glyphs or mathematical operators differed, so it could never anchor. This is the file's own text between the same two letters: not produced by a rule about the damage, copied out of the file. Round-trip checked (the recovered span is letters-only equal to the original) and length-checked. The text as originally recorded is kept in evidence as extracted.content_tags.statistics[2]
regression β as written: logistic regressioncontent_tags.statistics[3]
standard-deviation SD/σcontent_tags.statistics[4]
evidence status notestandard-deviation — QUOTE RECOVERED FROM THE PAPER'S OWN CHARACTERS. The recorded quote was LETTERS-ONLY IDENTICAL to this stretch of the staged text but not an exact substring of it - spaces, hyphens, ligature glyphs or mathematical operators differed, so it could never anchor. This is the file's own text between the same two letters: not produced by a rule about the damage, copied out of the file. Round-trip checked (the recovered span is letters-only equal to the original) and length-checked. The text as originally recorded is kept in evidence as extracted.content_tags.statistics[4]

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