Red Hot: The Crossmodal Effect of Color Intensity on Perceived Piquancy

in Multisensory Research
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Color cues can influence the experience of flavor, both by influencing identification and perceived intensity of foods. Previous research has largely focused on the crossmodal influence of vision upon taste or olfactory cues. It is plausible that color cues could also affect perceived trigeminal sensation; these studies demonstrate a crossmodal influence of color on piquancy. In our first two experiments, participants rated the spiciness of images of salsas that were adjusted to vary in color and intensity. We found that red was associated with significantly higher ratings of expected spice than blue, and that darker reds were expected to be spicier than lighter reds. In our third experiment, participants tasted and then rated the spiciness of each of four salsas (with two levels of color and of piquancy) when sighted and when blindfolded. Spiciness ratings were unaffected by differing colors when the salsa was mild, but when the piquancy was increased, a lack of increase in color corresponded to a depressed spiciness. These results can be explained using a model of assimilation and contrast. Taken together, our findings show that in our US sample, there is a crossmodal correspondence between visual and trigeminal senses that can influence perception of spiciness.

Red Hot: The Crossmodal Effect of Color Intensity on Perceived Piquancy

in Multisensory Research



AuvrayM.SpenceC. (2008). The multisensory perception of flavorConscious. Cogn. 1710161031.

ByrnesN. K.HayesJ. E. (2013). Personality factors predict spicy food liking and intakeFood Qual. Prefer. 28213221.

CardelloA. V.SawyerF. M. (1992). Effects of disconfirmed consumer expectations on food acceptabilityJ. Sens. Stud. 7253277.

CaterinaM. J.SchumacherM. A.TominagaM.RosenT. A.LevineJ. D.JuliusD. (1997). The capsaicin receptor: a heat-activated ion channel in the pain pathwayNature 389(6653) 816824.

DelwicheJ. F. (2012). You eat with your eyes firstPhysiol. Behav. 107502504.

DuBoseC. N.CardelloA. V.MallerO. (1980). Effects of colorants and flavorants on identification, perceived flavor intensity, and hedonic quality of fruit-flavored beverages and cakeJ. Food Sci. 4513931399.

DurginF. H.EvansL.DunphyN.KlostermannS.SimmonsK. (2007). Rubber hands feel the touch of lightPsychol. Sci. 18152157.

FukunagaA.UematsuH.SugimotoK. (2005). Influences of aging on taste perception and oral somatic sensationJ. Gerontol. A Biol. Sci. Med. Sci. 60109113.

GoldstoneR. L. (1998). Perceptual learningAnnu. Rev. Psychol. 49585612.

HoH.-N.IwaiD.YoshikawaY.WatanabeJ.NishidaS. (2014). Combining colour and temperature: a blue object is more likely to be judged as warm than a red objectSci. Rep. 45527.

JantathaiS.Sungsri-inM.MukprasirtA.DürrschmidK. (2014). Sensory expectations and perceptions of Austrian and Thai consumers: a case study with six colored Thai dessertsFood Res. Int. 646573.

JohnsonJ.ClydesdaleF. M. (1982). Perceived sweetness and redness in colored sucrose solutionsJ. Food Sci. 47747752.

KozaB. J.CilmiA.DoleseM.ZellnerD. A. (2005). Color enhances orthonasal olfactory intensity and reduces retronasal olfactory intensityChem. Senses 30643649.

KremerS.BultJ. H. F.MojetJ.KroezeJ. H. A. (2007). Food perception with age and its relationship to pleasantnessChem. Senses 32591602.

LabbeD.GilbertF.MartinN. (2008). Impact of olfaction on taste, trigeminal, and texture perceptionsChemosens. Percept. 1217226.

LelièvreM.CholletS.AbdiH.ValentinD. (2009). Beer-trained and untrained assessors rely more on vision than on taste when they categorize beersChemosens. Percept. 2143153.

LevitanC. A.RenJ.WoodsA. T.BoesveldtS.ChanJ. S.McKenzieK. J.DodsonM.LevinJ. A.LeongC. X. R.van den BoschJ. (2014). Cross-cultural color–odor associationsPLoS ONE 9(7): e101651. DOI:10.1371/journal.pone.0101651.

LevitanC. A.ZampiniM.LiR.SpenceC. (2008). Assessing the role of color cues and people’s beliefs about color-flavor associations on the discrimination of the flavor of sugar-coated chocolatesChem. Senses 33415423.

LucakC. L.DelwicheJ. F. (2009). Efficacy of various palate cleansers with representative foodsChemosens. Percept. 23239.

LudyM. J.MattesR. D. (2012). Comparison of sensory, physiological, personality, and cultural attributes in regular spicy food users and non-usersAppetite 581927.

MarksL. E.StevensJ. C.BartoshukL. M.GentJ. F.RifkinB.StoneV. K. (1988). Magnitude-matching: the measurement of taste and smellChem. Senses 136387.

MartiniM.Perez-MarcosD.Sanchez-VivesM. V. (2013). What color is my arm? Changes in skin color of an embodied virtual arm modulates pain thresholdFront. Hum. Neurosci. 7438.

MichaelG. A.GalichH.RellandS.Prud’honS. (2010). Hot colors: the nature and specificity of color-induced nasal thermal sensationsBehav. Brain Res. 207418428.

MichaelG. A.RolhionP. (2008). Cool colors: color-induced nasal thermal sensationsNeurosci. Lett. 436141144.

MoseleyG. L.ArntzA. (2007). The context of a noxious stimulus affects the pain it evokesPain 1336471.

PalmerS. E.SchlossK. B.XuZ.Prado-LeónL. R. (2013). Music–color associations are mediated by emotionProc. Natl Acad. Sci. 11088368841.

PangbornR. M. (1960). Influence of color on the discrimination of sweetnessAm. J. Psychol. 73229238.

PetitC. E. F.HollowoodT. A.WulfertF.HortJ. (2007). Colour–coolant–aroma interactions and the impact of congruency and exposure on flavour perceptionFood Qual. Prefer. 18880889.

PrescottJ.StevensonR. J. (1995). Pungency in food perception and preferenceFood Rev. Int. 11665698.

SesterC.DeroyO.SutanA.GaliaF.DesmarchelierJ. F.ValentinD.DacremontC. (2013). ‘ Having a drink in a bar’: an immersive approach to explore the effects of context on drink choiceFood Qual. Prefer. 282331.

ShankarM. U.LevitanC. A.PrescottJ.SpenceC. (2009). The influence of color and label information on flavor perceptionChemosens. Percept. 25358.

ShankarM. U.LevitanC. A.SpenceC. (2010). Grape expectations: the role of cognitive influences in color–flavor interactionsConscious. Cogn. 19380390.

ShankarM.SimonsC.ShivB.McClureS.LevitanC. A.SpenceC. (2010). An expectations-based approach to explaining the cross-modal influence of color on orthonasal olfactory identification: the influence of the degree of discrepancyAtten. Percept. Psychophys. 7219811993.

SpenceC. (2011). Crossmodal correspondences: a tutorial reviewAtten. Percept. Psychophys. 73971995.

SpenceC. (2012). The development and decline of multisensory flavour perception in: Multisensory DevelopmentBremnerA. J.LewkowiczD.SpenceC. (Eds) pp.  6387. Oxford University PressOxford, UK.

SpenceC.LevitanC. A.ShankarM. U.ZampiniM. (2010). Does food color influence taste and flavor perception in humans? Chemosens. Percept. 36884.

StevensJ. C.BartoshukL. M.CainW. S. (1984). Chemical senses and aging: taste versus smellChem. Senses 9167179.

StevensonR. J.BoakesR. A.PrescottJ. (1998). Changes in odor sweetness resulting from implicit learning of a simultaneous odor-sweetness association: an example of learned synesthesiaLearn. Motiv. 29113132.

StevensonR.OatenM. (2008). The effect of appropriate and inappropriate stimulus color on odor discriminationPercept. Psychophys. 70640646.

TörnwallO.SilventoinenK.KaprioJ.TuorilaH. (2012). Why do some like it hot? Genetic and environmental contributions to the pleasantness of oral pungencyPhysiol. Behav. 107381389.

VelascoC.JonesR.KingS.SpenceC. (2013). Assessing the influence of the multisensory environment on the whisky drinking experienceFlavour 223.

WanX.VelascoC.MichelC.MuB.WoodsA. T.SpenceC. (2014). Does the type of receptacle influence the crossmodal association between colour and flavour? A cross-cultural comparisonFlavour 33.

WhiteT. L.PrescottJ. (2007). Chemosensory cross-modal Stroop effects: congruent odors facilitate taste identificationChem. Senses 32337341.

WoodsA. T.LloydD. M.KuenzelJ.PoliakoffE.DijksterhuisG. B.ThomasA. (2011). Expected taste intensity affects response to sweet drinks in primary taste cortexNeuroReport 22365369.

WysockiC. J.CowartB. J.RadilT. (2003). Nasal trigeminal chemosensitivity across the adult life spanPercept. Psychophys. 65115122.

XuA. J.LabrooA. A. (2014). Incandescent affect: turning on the hot emotional system with bright lightJ. Consum. Psychol. 24207216.

ZampiniM.SpenceC. (2012). Assessing the role of visual and auditory cues in multisensory perception of flavor in: The Neural Basis of Multisensory ProcessesMurrayM. M.WallaceM. T. (Eds) pp.  739757. CRC PressBoca Raton, FL, USA.

ZellnerD. A. (2013). Color–odor interactions: a review and modelChemosens. Percept. 6155169.

ZellnerD. A.StrickhouserD.TornowC. E. (2004). Disconfirmed hedonic expectations produce perceptual contrast, not assimilationAm. J. Psychol. 117363387.


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    Ratings of expected spiciness for salsa images in Experiment 1. Bar chart representing mean rating and standard error bars of expected spiciness for each of the images of salsa, in order of increasing red color intensity. The colors of the bars in the online version of this figure depict the RBG values at the same representative point in each image.

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    Ratings of expected spiciness for salsa images in Experiment 2. Bar chart representing mean rating (evaluated at age 29.92 as age was a significant covariate) and standard error bars of expected spiciness for each of the images of salsa.

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    Rated spiciness of tasted salsas in Experiment 3. Bar chart representing mean value ratings and standard error bars of spiciness as a function of piquancy levels for sighted and blindfolded conditions at different coloring levels.


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