The motion aftereffect (MAE) was measured with retinally moving vertical gratings positioned
above and below (flanking) a retinally stationary central grating (experiments 1 and 2) …

The visual motion aftereffect (MAE) typically occurs when stationary contours are presented
to a retinal region that has previously been exposed to motion. It can also be generated …

A brief history of quantitative assessments of interocular transfer (IOT) of the motion
aftereffect (MAE) is presented. Recent research indicates that the MAE occurs as a …

Contrary to an earlier report [Anstis and Gregory, Q. Jl exp. Psychol. 17, 173–174 (1965)],
we find that the sustained retinal motion caused by tracking a moving target over a stationary …

We measured the magnitude of the motion aftereffect (MAE) elicited by gratings viewed
through four spatial apertures symmetrically positioned around fixation. The gratings were …

When a narrow uniform gap was surrounded by a moving grating, the gap appeared as a
grating in the opposite phase to that of the surround, moving in the same direction with the …

The present experiments examine the suprathreshold response of the motion or direction-
selective portion of the human visual system by means of the motion aftereffect (MAE). The …

Adapting to a drifting grating (temporal frequency 4 Hz, contrast 0.4) in the periphery gave
rise to a motion aftereffect (MAE) when the grating was stopped. A standard unadapted …

Observers were required to track the perceived motion of a stationary grating viewed
following exposure to a moving grating. The size of the motion aftereffect was complexly …

The motion aftereffect (MAE) was used to study the spatial frequency selectivity of
suprathreshold motion perception. Observers were adapted to drifting sine-wave gratings …