Part of
Colour Studies: A broad spectrum
Edited by Wendy Anderson, Carole P. Biggam, Carole Hough and Christian Kay
[Not in series 191] 2014
► pp. 169180
References (49)
Berlin, Brent, and Paul Kay. 1969. Basic Color Terms: Their Universality and Evolution. Berkeley: University of California Press.Google Scholar
Belpaeme, Tony, and Joris Bleys. 2009. “The Impact of Statistical Distributions of Colours on Colour Category Acquisition.” Journal of Cognitive Science 10: 1–20.Google Scholar
Bornstein, Marc. 1976. “Infant Recognition Memory for Hue.” Developmental Psychology 12: 185–191. DOI logoGoogle Scholar
Bornstein, Marc, William Kessen, and Sally Weiskopf. 1976. “Color Vision and Hue Categorisation in Young Human Infants.” Journal of Experimental Psychology, Human Perception and Performance 2: 115–129. DOI logoGoogle Scholar
Bornstein, Marc, and N.O. Korda. 1984. “Discrimination and Matching within and between Hues Measured by Reaction Times: Some Implications for Categorical Perception and Levels of Information Processing.” Psychological Research 46: 207–222. DOI logoGoogle Scholar
Brown, Angela, M., Lindsey Delwin, and Kevin M. Guckes. 2011. “Color Names, Color Categories and Color–cued Visual Search: Sometimes, Color Perception is not Categorical.” Journal of Vision 11: 1–21.Google Scholar
Catherwood, Dianne, Boris Crassini, and Kate Freiberg. 1987. “The Nature of Infant Memory for Hue.” British Journal of Developmental Psychology 5: 385–394. DOI logoGoogle Scholar
. 1990. “The Course of Infant Memory for Hue.” Australian Journal of Psychology 42: 277–285. DOI logoGoogle Scholar
Clifford, Alexandra, Anna Franklin, Ian R.L. Davies, and Amanda Holmes. 2009. “Electrophysiological Markers of Color Categories in the Infant Brain.” Brain and Cognition 71: 165–172. DOI logoGoogle Scholar
Clifford, Alexandra, Anna Franklin, Amanda Holmes, and Ian R.L. Davies. 2011. “Investigating the Underlying Mechanisms of Categorical Perception of Colour Using the Event-Related Potential Technique.” In New Directions in Colour Studies, ed. by Carole P. Biggam, Carole A. Hough, Christian J. Kay, and David R. Simmons, 237–249. Amsterdam & Philadelphia: John Benjamins. DOI logoGoogle Scholar
Clifford, Alexandra, Anna Franklin, Amanda Holmes, Gilda V. Drivonikou, Emre Özgen, and Ian R.L. Davies. 2012. “Neural Correlates of Acquired Color Category Effects.” Brain and Cognition 80: 126–143. DOI logoGoogle Scholar
Davidoff, Jules. 2001. “Language and Perceptual Categorisation.” Trends in Cognitive Sciences 5: 382–387. DOI logoGoogle Scholar
Davidoff, Jules, and Joel Fagot. 2010. “Cross–species Assessment of the Linguistic Origins of Color Categories.” Comparative Cognition and Behavior Reviews 5: 100–116. DOI logoGoogle Scholar
Davidoff, Jules, Julie Goldstein, and Debi Roberson. 2009. “Nature versus Nature: The Simple Contrast.” Journal of Experimental Child Psychology 102: 246–250. DOI logoGoogle Scholar
Davies, Ian R.L., and Anna Franklin. 2002. “Categorical Similarity may Affect Colour Pop-out in Infants After-all.” British Journal of Developmental Psychology 20: 185–203. DOI logoGoogle Scholar
Fagot, Joël, Julie Goldstein, Jules Davidoff, and Alan Pickering. 2006. “Cross-species Differences in Color Categorization.” Psychonomic Bulletin & Review 13: 275–280. DOI logoGoogle Scholar
Franklin, Anna. 2009. “Pre-linguistic Categorical Perception of Colour cannot be Explained by Colour Preference: Response to Roberson and Hanley.” Trends in Cognitive Sciences 13: 501–502. DOI logoGoogle Scholar
Franklin, Anna, and Ian R.L. Davies. 2004. “New Evidence for Infant Colour Categories.” British Journal of Developmental Psychology 22: 349–377. DOI logoGoogle Scholar
Franklin, Anna, Gilda V. Drivonikou, Laura Bevis, Ian R.L. Davies, Paul Kay, and Terry Regier. 2008. “Categorical Perception of Color is Lateralized to the Right Hemisphere in Infants, but to the Left Hemisphere in Adults.” Proceedings of the National Academy of Sciences 105: 3221–3225. DOI logoGoogle Scholar
Franklin, Anna, Emily Gibbons, Katie Chittenden, James Alvarez, and Chloe Taylor. 2012. “Infant Color Preference for Red is not Selectively Context Specific.” Emotion 12: 1155–1160. DOI logoGoogle Scholar
Franklin, Anna, Michael Pilling, and Ian R.L. Davies. 2005. “The Nature of Infant Colour Categorisation: Evidence from Eye-movements on a Target Detection Task.” Journal of Experimental Child Psychology 91: 227–248. DOI logoGoogle Scholar
Gerhardstein, Peter, Peggy Renner, and Carolyn Rovee-Collier. 1999. “The Roles of Perceptual and Categorical Similarity in C 1 Color Pop-out in Infants.” British Journal of Developmental Psychology 7: 403–420. DOI logoGoogle Scholar
Gilbert, Aubrey L., Terry Regier, Paul Kay, and Richard B. Ivry. 2006. “Whorf Hypothesis is Supported in the Right Visual Field but not the Left.” Proceedings of the National Academy of Sciences 103: 489–494. DOI logoGoogle Scholar
Harnad, Stevan. 1987. “Psychophysical and Cognitive Aspects of Categorical Perception: A Critical Overview.” In Categorical Perception: The Groundwork of Cognition, ed. by Stevan Harnad, 287–301. New York: Cambridge University Press.Google Scholar
Hespos, Susan J., and Elizabeth S. Spelke. 2004. “Precursors to Spatial Language.” Nature 430: 453–456. DOI logoGoogle Scholar
Jameson, Kimberly A. 2005. “Why GRUE? An Interpoint-distance Model Analysis of Composite Color Categories.” Cross-Cultural Research 39: 159–194. DOI logoGoogle Scholar
Kay, Paul, Brent Berlin, Luisa Maffi, William R Merrifield, and Richard Cook. 2009. The World Colour Survey. Stanford: Center for the Study of Language and Information.Google Scholar
Kay, Paul, and Terry Regier. 2003. “Resolving the Question of Color Naming Universals.” Proceedings of the National Academy of Sciences 100: 9085–9089. DOI logoGoogle Scholar
Knoblauch, Kenneth, François Vital-Durand, and John L. Barbur. 2001. “Variation of Chromatic Sensitivity across the Life Span.” Vision Research 41: 23–26. DOI logoGoogle Scholar
Kowalski, Kurt, and Herbert Zimiles. 2006. “The Relation between Children’s Conceptual Functioning with Color and Color Term Acquisition.” Journal of Experimental Child Psychology 94: 301–321. DOI logoGoogle Scholar
Martin-Malivel, Julie, Michael C. Mangini, Joël Fagot, and Irving Biederman. 2006. “Do Humans and Baboons Use the Same Information when Categorizing Human and Baboon Faces?Psychological Science 17: 599–607. DOI logoGoogle Scholar
Ozturk, Ozge, Shakila Shayan, Ulf Liszkowski, and Asifa Majid. 2013. “Language is not Necessary for Color Categories.” Developmental Science 16: 111–115. DOI logoGoogle Scholar
Pascalis, Olivier, and Michelle de Haan. 2003. “Recognition Memory and Novelty Preference: What Model?” In Progress in Infancy Research 3, ed. by H. Hayne, and J. Fagen, 95–120. New Jersey: Lawrence Erlbaum Associates.Google Scholar
Philipona, David L., and Kevin O’Regan. 2006. “Color Naming, Unique Hues and Hue Cancellation Predicted from Singularities in Reflection Properties.” Visual Neuroscience 23: 331–339. DOI logoGoogle Scholar
Pitchford, Nicola J., and Kathy Mullen. 2001. “Conceptualization of Perceptual Attributes: A Special Case for Color?Journal of Experimental Child Psychology 80: 289–314. DOI logoGoogle Scholar
Quinn, Paul, Alissa Westerlund, and Charles A. Nelson. 2006. “Neural Markers of Categorization in 6-month-old Infants.” Psychological Science 17: 59–66. DOI logoGoogle Scholar
Rakison, David H., and Yevdokiya Yermolayeva. 2010. “Infant Categorization.” Wiley Interdisciplinary Reviews: Cognitive Science 1: 894–905. DOI logoGoogle Scholar
Regier, Terry, and Paul Kay. 2009. “Language, Thought and Color: Whorf was Half Right.” Trends in Cognitive Sciences 13: 439–446. DOI logoGoogle Scholar
Regier, Terry, Paul Kay, and Richard S. Cook. 2005. “Focal Colors are Universal after all.” Proceedings of the National Academy of Sciences 102: 8386–8391. DOI logoGoogle Scholar
Regier, Terry, Paul Kay, and Naveen Khetarpal. 2007. “Color Naming Reflects Optimal Partitions of Color Space.” Proceedings of the National Academy of Sciences 104: 1436–1441. DOI logoGoogle Scholar
Roberson, Debi, and Jules Davidoff. 2000. “The Categorical Perception of Colors and Facial Expressions: The Effect of Verbal Interference.” Memory and Cognition 28: 977–986. DOI logoGoogle Scholar
Roberson, Debi, and J. Richard Hanley. 2009. “Only Half Right: Comment on Regier and Kay.” Trends in Cognitive Sciences 13: 500–501. DOI logoGoogle Scholar
Ruiz, M.J., and J.M. Hupé. 2011. “Stimulus Saliency, not Colour Category Boundary, Accounts for ‘Whorfian’ Effects in Colour Search Tasks.” Perception 40: 196. DOI logoGoogle Scholar
Werker, Janet F., and Richard C. Tees. 1984. “Cross-language Speech Perception: Evidence for Perceptual Reorganization during the First Year of Life.” Infant Behavior and Development 7: 49–63. DOI logoGoogle Scholar
Werner, John S., and B.R. Wooten. 1985. “Unsettled Issues in Infant Color Vision.” Behavior and Development 8: 99–107. DOI logoGoogle Scholar
Witzel, Christoph, and Karl R. Gegenfurtner. 2011. “Is there a Lateralized Category Effect for Color?Journal of Vision 11: 1–25. DOI logoGoogle Scholar
Wright, Anthony, and William Cumming. 1971. “Color-naming Functions for the Pigeon.” Journal of the Experimental Analysis of Behavior 15: 7–17. DOI logoGoogle Scholar
Xiao, Youping, Christopher Kavanau, Lauren Bertin, and Ehud Kaplan. 2011. “The Biological Basis of a Universal Constraint on Color Naming: Cone Contrasts and the Two-way Categorization of Colors.” PLoS ONE 6: e24994. DOI logoGoogle Scholar
Yendrikhovskij, Sergej N. 2001. “Computing Color Categories from Statistics of Natural Images.” Journal of Imaging Science and Technology 45: 409–41.Google Scholar
Cited by (15)

Cited by 15 other publications

Hill, Christopher S.
2022. Appearance and Reality II. In Perceptual Experience,  pp. 58 ff. DOI logo
Hill, Christopher S.
2022. Preface. In Perceptual Experience,  pp. xi ff. DOI logo
Hill, Christopher S.
2022. Dedication. In Perceptual Experience,  pp. v ff. DOI logo
Hill, Christopher S.
2022. List of Figures. In Perceptual Experience,  pp. xv ff. DOI logo
Hill, Christopher S.
2022. Perceptual Phenomenology. In Perceptual Experience,  pp. 114 ff. DOI logo
Hill, Christopher S.
2022. Copyright Page. In Perceptual Experience,  pp. iv ff. DOI logo
Hill, Christopher S.
2022. Perceptual Experience, DOI logo
Hill, Christopher S.
2022. Perceptual Awareness of Particulars. In Perceptual Experience,  pp. 90 ff. DOI logo
Hill, Christopher S.
2022. Percepts and Concepts. In Perceptual Experience,  pp. 189 ff. DOI logo
Hill, Christopher S.
2022. Perceptual Consciousness. In Perceptual Experience,  pp. 169 ff. DOI logo
Hill, Christopher S.
2022. Representationalism. In Perceptual Experience,  pp. 1 ff. DOI logo
Hill, Christopher S.
2022. The Epistemic Role of Perception. In Perceptual Experience,  pp. 215 ff. DOI logo
Hill, Christopher S.
2022. Epigraph. In Perceptual Experience,  pp. xvii ff. DOI logo
Hill, Christopher S.
2022. Appearance and Reality I. In Perceptual Experience,  pp. 31 ff. DOI logo
Hill, Christopher S.
2022. A Quasi-Perceptualist Account of Pain Experience. In Perceptual Experience,  pp. 148 ff. DOI logo

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