Inhibition of return (IOR) is the faster selection of hitherto unattended than previously attended positions. Some previous studies failed to find evidence for IOR after attention capture by color singletons. Others, however, did report IOR effects after color singletons. The current study examines the role of cue relevance for obtaining IOR effects. By using a potentially more sensitive method – saccadic IOR – we tested and found IOR after relevant color singleton cues that required an attention shift (Experiment 1). In contrast, irrelevant color singletons failed to produce reliable IOR effects in Experiment 2. Also, Experiment 2 rules out an alternative explanation of our IOR findings in terms of masking. We discuss our results in light ...
While the abrupt onset of a peripheral visual cue usually leads to speeded responses to following ta...
AbstractIt was found [Vision Res. 36 (1996) 2125] that reaction times for repeated targets were long...
Inhibition of return (IOR) refers to a mechanism that slows response times (RTs) to detect, localize...
AbstractInhibition of return (IOR) refers to the performance disadvantage when detecting a target pr...
Inhibition of return (IOR) refers to the performance disadvantage when detecting a target presented ...
After presentation of a peripheral cue, facilitation at the cued location is followed by inhibition ...
Inhibition of return (IOR) refers to the finding that responses to previously attended locations are...
Inhibition of return (IOR)—a slow response to targets at recently attended locations, is believed to...
AbstractIn visual search, an irrelevant colour singleton captures attention when the colour of the d...
This dissertation investigates inhibition of return (IOR) as two forms of inhibitory cueing effects ...
If attention is brought to a location by a cue and then leaves this location prior to the presentati...
AbstractThis study used a classic exogenous cueing task in which an abrupt onset cue indicated the t...
Horowitz and Wolfe (2001) suggested that inhibition of return (IOR) should not be observed in tasks ...
AbstractIn three experiments we investigated whether attentional and oculomotor capture occur only w...
The inhibition of return of visual attention based on stimulus color was examined in three exper-ime...
While the abrupt onset of a peripheral visual cue usually leads to speeded responses to following ta...
AbstractIt was found [Vision Res. 36 (1996) 2125] that reaction times for repeated targets were long...
Inhibition of return (IOR) refers to a mechanism that slows response times (RTs) to detect, localize...
AbstractInhibition of return (IOR) refers to the performance disadvantage when detecting a target pr...
Inhibition of return (IOR) refers to the performance disadvantage when detecting a target presented ...
After presentation of a peripheral cue, facilitation at the cued location is followed by inhibition ...
Inhibition of return (IOR) refers to the finding that responses to previously attended locations are...
Inhibition of return (IOR)—a slow response to targets at recently attended locations, is believed to...
AbstractIn visual search, an irrelevant colour singleton captures attention when the colour of the d...
This dissertation investigates inhibition of return (IOR) as two forms of inhibitory cueing effects ...
If attention is brought to a location by a cue and then leaves this location prior to the presentati...
AbstractThis study used a classic exogenous cueing task in which an abrupt onset cue indicated the t...
Horowitz and Wolfe (2001) suggested that inhibition of return (IOR) should not be observed in tasks ...
AbstractIn three experiments we investigated whether attentional and oculomotor capture occur only w...
The inhibition of return of visual attention based on stimulus color was examined in three exper-ime...
While the abrupt onset of a peripheral visual cue usually leads to speeded responses to following ta...
AbstractIt was found [Vision Res. 36 (1996) 2125] that reaction times for repeated targets were long...
Inhibition of return (IOR) refers to a mechanism that slows response times (RTs) to detect, localize...