The tilt aftereffect increases as a logarithmic function of adapting time, reaches saturation
after approx 1 hr and decays on a symmetric, logarithmic time-course. This is similar to the …

The tilt aftereffect (TAE) was measured with a forced-choice technique for gratings of
different spatial frequencies, contrasts and adapting and test durations. At short test …

Two of the recently discovered aftereffects that follow prolonged inspection of a grating
namely the threshold elevation effect (Blakemore and Campbell, 1969) and the perceived …

Using a staircase method, the tilt aftereffect (TAE) was measured with test flashes of
durations ranging from 10 to 600 msec. The TAE is largest with brief duration test stimuli and …

Growth and decay characteristics of the tilt aftereffect were studied for aftereffects induced by
normal or continuous adaptation routines, and for aftereffects induced by successive or …

Using a temporal two-alternative forced-choice procedure, we measured thresholds for
detecting increments in contrast of a 2 c/deg vertical grating at a wide range of pedestal …

Previous evidence that the tilt after-effect (TAE) is larger when the stimuli are viewed
peripherally rather than centrally was confirmed. An increase in viewing distance also …

The time to disappearance of flicker of a temporally modulated uniform 1° field, steadily
viewed with the temporal retina at an eccentricity of 12°, was measured as a function of …

The dynamic properties of induced tilt were measured with a temporal paradigm similar to
the ones employed for studies of changes in sensitivity during early light and dark …

Spatial frequency adaptation is shown to cause a decrease in the exponent of the power law
describing contrast increment thresholds. Next we show that spatial frequency adaptation …