P participants named (Experiments 1–2) or categorized (Experiments 3–4) the picture or the word of the picture–word compounds that varied in the relative saliency of the 2 components and in the correlation between them over the experimental trials. Picture-word interference (PWI) was gauged through Stroop and Garner effects. PWI was found to be malleable; its magnitude and very presence depending lawfully on the contextual variations introduced. The contingent nature of PWI is a fact to be reckoned with by theorists of the picture–word processing
■ Two experiments investigated the processes underlying the to be related to recollection, benefited...
A psychological refractory period (PRP) paradigm was used to isolate the locus of the picture–word i...
Behavioral as well as electrophysiological evidence suggests that words are processed differently th...
Picture-word interference (PWI) paradigm is widely used in cognitive science for studying selective ...
Previous research with implicit memory tests has shown that the typical picture superiority effect w...
Disagreement exists regarding the functional locus of semantic interference of distractor words in p...
In the picture–word interference (PWI) task, a variant of the Stroop task, pictures are presented, o...
In 3 experiments, subjects named pictures with low- or high-frequency superimposed distractor words....
The color naming (Stroop) and picture-word interference (PWI) paradigms play a pivotal role in theor...
Picture–word interference is a widely employed paradigm to investigate lexical access in word produc...
This article presents a cognitive model that reconciles a surprising observation in the picture-word...
The word class effect in the picture–word interference paradigm is a highly influential finding that...
The response exclusion account (REA), advanced by Mahon and colleagues, localises the distractor fre...
The picture-word interference (PWI) paradigm and the Stroop color-word interference task are often a...
Acknowledgements We thank Nikki van Gasteren and Laudy van den Heuvel for their assistance with mate...
■ Two experiments investigated the processes underlying the to be related to recollection, benefited...
A psychological refractory period (PRP) paradigm was used to isolate the locus of the picture–word i...
Behavioral as well as electrophysiological evidence suggests that words are processed differently th...
Picture-word interference (PWI) paradigm is widely used in cognitive science for studying selective ...
Previous research with implicit memory tests has shown that the typical picture superiority effect w...
Disagreement exists regarding the functional locus of semantic interference of distractor words in p...
In the picture–word interference (PWI) task, a variant of the Stroop task, pictures are presented, o...
In 3 experiments, subjects named pictures with low- or high-frequency superimposed distractor words....
The color naming (Stroop) and picture-word interference (PWI) paradigms play a pivotal role in theor...
Picture–word interference is a widely employed paradigm to investigate lexical access in word produc...
This article presents a cognitive model that reconciles a surprising observation in the picture-word...
The word class effect in the picture–word interference paradigm is a highly influential finding that...
The response exclusion account (REA), advanced by Mahon and colleagues, localises the distractor fre...
The picture-word interference (PWI) paradigm and the Stroop color-word interference task are often a...
Acknowledgements We thank Nikki van Gasteren and Laudy van den Heuvel for their assistance with mate...
■ Two experiments investigated the processes underlying the to be related to recollection, benefited...
A psychological refractory period (PRP) paradigm was used to isolate the locus of the picture–word i...
Behavioral as well as electrophysiological evidence suggests that words are processed differently th...