Transitions between color categories mapped with a reverse Stroop task
In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with...
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| Veröffentlicht in: | Visual neuroscience Jg. 23; H. 3-4; S. 453 - 460 |
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| Sprache: | Englisch |
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Cambridge University Press
01.05.2006
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| ISSN: | 0952-5238, 1469-8714 |
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| Abstract | In the reverse Stroop task, observers are instructed to ignore the ink
color in which a color word is printed (the distractor color) and to
respond to the meaning of the color word (the target). Reaction times
(RTs) are faster with congruent combinations when the ink color matches
the word than with incongruent combinations when the ink color does not
match the word. We manipulated the distracting ink color from congruent to
incongruent and measured the transition from facilitation to interference.
In Experiment 1, we confirmed that this transition could be assessed
independently from the contextual influence of particular sets of stimuli
and responses, implying that the color space in which interference and
facilitation occurs is generalizable. In Experiment 2, we obtained reverse
Stroop data for transitions between red and yellow, yellow and green,
green and blue, and blue and red, and compared them with independent
estimates of color appearance obtained by hue scaling for the same
chromaticity samples. We find that the magnitude of the reverse Stroop
effect can provide a reliable index of the similarity of color appearance
between the distracting chromaticity and the color category represented by
the target color word. Moreover, it will allow us to quantify the mapping
between the chromaticity space defined at the cone photoreceptors and a
cognitive color space defined at an advanced level of neural
processing. |
|---|---|
| AbstractList | In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with incongruent combinations when the ink color does not match the word. We manipulated the distracting ink color from congruent to incongruent and measured the transition from facilitation to interference. In Experiment 1, we confirmed that this transition could be assessed independently from the contextual influence of particular sets of stimuli and responses, implying that the color space in which interference and facilitation occurs is generalizable. In Experiment 2, we obtained reverse Stroop data for transitions between red and yellow, yellow and green, green and blue, and blue and red, and compared them with independent estimates of color appearance obtained by hue scaling for the same chromaticity samples. We find that the magnitude of the reverse Stroop effect can provide a reliable index of the similarity of color appearance between the distracting chromaticity and the color category represented by the target color word. Moreover, it will allow us to quantify the mapping between the chromaticity space defined at the cone photoreceptors and a cognitive color space defined at an advanced level of neural processing. In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with incongruent combinations when the ink color does not match the word. We manipulated the distracting ink color from congruent to incongruent and measured the transition from facilitation to interference. In Experiment 1, we confirmed that this transition could be assessed independently from the contextual influence of particular sets of stimuli and responses, implying that the color space in which interference and facilitation occurs is generalizable. In Experiment 2, we obtained reverse Stroop data for transitions between red and yellow, yellow and green, green and blue, and blue and red, and compared them with independent estimates of color appearance obtained by hue scaling for the same chromaticity samples. We find that the magnitude of the reverse Stroop effect can provide a reliable index of the similarity of color appearance between the distracting chromaticity and the color category represented by the target color word. Moreover, it will allow us to quantify the mapping between the chromaticity space defined at the cone photoreceptors and a cognitive color space defined at an advanced level of neural processing. [PUBLICATION ABSTRACT] In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with incongruent combinations when the ink color does not match the word. We manipulated the distracting ink color from congruent to incongruent and measured the transition from facilitation to interference. In Experiment 1, we confirmed that this transition could be assessed independently from the contextual influence of particular sets of stimuli and responses, implying that the color space in which interference and facilitation occurs is generalizable. In Experiment 2, we obtained reverse Stroop data for transitions between red and yellow, yellow and green, green and blue, and blue and red, and compared them with independent estimates of color appearance obtained by hue scaling for the same chromaticity samples. We find that the magnitude of the reverse Stroop effect can provide a reliable index of the similarity of color appearance between the distracting chromaticity and the color category represented by the target color word. Moreover, it will allow us to quantify the mapping between the chromaticity space defined at the cone photoreceptors and a cognitive color space defined at an advanced level of neural processing. In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with incongruent combinations when the ink color does not match the word. We manipulated the distracting ink color from congruent to incongruent and measured the transition from facilitation to interference. In Experiment 1, we confirmed that this transition could be assessed independently from the contextual influence of particular sets of stimuli and responses, implying that the color space in which interference and facilitation occurs is generalizable. In Experiment 2, we obtained reverse Stroop data for transitions between red and yellow, yellow and green, green and blue, and blue and red, and compared them with independent estimates of color appearance obtained by hue scaling for the same chromaticity samples. We find that the magnitude of the reverse Stroop effect can provide a reliable index of the similarity of color appearance between the distracting chromaticity and the color category represented by the target color word. Moreover, it will allow us to quantify the mapping between the chromaticity space defined at the cone photoreceptors and a cognitive color space defined at an advanced level of neural processing.In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the meaning of the color word (the target). Reaction times (RTs) are faster with congruent combinations when the ink color matches the word than with incongruent combinations when the ink color does not match the word. We manipulated the distracting ink color from congruent to incongruent and measured the transition from facilitation to interference. In Experiment 1, we confirmed that this transition could be assessed independently from the contextual influence of particular sets of stimuli and responses, implying that the color space in which interference and facilitation occurs is generalizable. In Experiment 2, we obtained reverse Stroop data for transitions between red and yellow, yellow and green, green and blue, and blue and red, and compared them with independent estimates of color appearance obtained by hue scaling for the same chromaticity samples. We find that the magnitude of the reverse Stroop effect can provide a reliable index of the similarity of color appearance between the distracting chromaticity and the color category represented by the target color word. Moreover, it will allow us to quantify the mapping between the chromaticity space defined at the cone photoreceptors and a cognitive color space defined at an advanced level of neural processing. |
| Author | KHAN, SABAH S. SMITHSON, HANNAH E. STOCKMAN, ANDREW SHARPE, LINDSAY T. |
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| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/16961980$$D View this record in MEDLINE/PubMed |
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| Keywords | reaction times hue scaling color space Reverse Stroop color categories |
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| Snippet | In the reverse Stroop task, observers are instructed to ignore the ink
color in which a color word is printed (the distractor color) and to
respond to the... In the reverse Stroop task, observers are instructed to ignore the ink color in which a color word is printed (the distractor color) and to respond to the... |
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| SubjectTerms | CHROMATIC CODING Color color categories Color Perception - physiology color space Data collection Discrimination (Psychology) - physiology Experiments hue scaling Humans Neuropsychological Tests Photic Stimulation - methods Reaction Time - physiology reaction times Reverse Stroop Semantics Studies |
| Title | Transitions between color categories mapped with a reverse Stroop task |
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