Gaze durations on the target word are depicted in relation to launch-site distance, with valid previews and same-shape, different letter (SSDL) masks plotted by separate lines. The different levels of visual degradation are plotted in separate panels. The light-gray areas represent 1SEM. The polygon above the x-axis (upper left panel) schematically indicates the level of salience.</p
<p><b>(a)</b> A target letter was viewed through an aperture with varying sizes (in diameter) rangin...
AbstractIn previous eye movement research on word length effects, spatial width has been confounded ...
In previous eye movement research on word length effects, spatial width has been confounded with the...
Gaze durations on the target word are depicted in relation to preview time with valid previews and s...
Gaze durations on the target word are depicted in relation to the salience of the parafoveal preview...
Gaze durations on the pretarget word are depicted in relation to the salience of the parafoveal prev...
Voice onset latencies are depicted in relation to three different eccentricities and are plotted sep...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
A word\u27s frequency of occurrence and its predictability from a prior context are key factors dete...
A word’s frequency of occurrence and its predictability from a prior context are key factors determi...
Astronauts tested on a linear sled have subjectively reported greater translation postflight than pr...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
Voice onset latencies are depicted in relation to the three levels of salience-by-perceptibility and...
Mean voice onset latencies are depicted in relation to the salience of the preview which was manipul...
<p>(<b>a</b>) Schematic view of a trial progression during the eye-gaze contingent paradigm used in ...
<p><b>(a)</b> A target letter was viewed through an aperture with varying sizes (in diameter) rangin...
AbstractIn previous eye movement research on word length effects, spatial width has been confounded ...
In previous eye movement research on word length effects, spatial width has been confounded with the...
Gaze durations on the target word are depicted in relation to preview time with valid previews and s...
Gaze durations on the target word are depicted in relation to the salience of the parafoveal preview...
Gaze durations on the pretarget word are depicted in relation to the salience of the parafoveal prev...
Voice onset latencies are depicted in relation to three different eccentricities and are plotted sep...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
A word\u27s frequency of occurrence and its predictability from a prior context are key factors dete...
A word’s frequency of occurrence and its predictability from a prior context are key factors determi...
Astronauts tested on a linear sled have subjectively reported greater translation postflight than pr...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
Voice onset latencies are depicted in relation to the three levels of salience-by-perceptibility and...
Mean voice onset latencies are depicted in relation to the salience of the preview which was manipul...
<p>(<b>a</b>) Schematic view of a trial progression during the eye-gaze contingent paradigm used in ...
<p><b>(a)</b> A target letter was viewed through an aperture with varying sizes (in diameter) rangin...
AbstractIn previous eye movement research on word length effects, spatial width has been confounded ...
In previous eye movement research on word length effects, spatial width has been confounded with the...