Both locations served as potential targets of a saccadic eye movement.

In birds, saccadic eye movements serve a further function.

Following an object moving at constant speed is relatively easy, though the eyes will often make saccadic jerks to keep up.

Saccadic masking is not fully related to the saccade itself.

With a less number of items in the visual field it is easier for saccadic suppression to occur.

The lack of saccadic eye movements forces the toad to hold its eyes in rigid positions.

Later it was found that saccadic eye movements could cause compression of time as well as space.

Additionally, further research stated that rather large changes will not be detected when they occur during saccadic movements of the eye.

It is one of two ways that visual animals can voluntarily shift gaze, the other being saccadic eye movements.

By combining different techniques, including saccadic movements, the midband can cover a very wide range of the visual field.

Improved technology has enabled eye-tracking, to monitor individuals' saccadic eye movements while they read.

Saccadic movements is the type of eye movement that is used to rapidly scan a particular scene/image.

Planning of saccadic eye movement direction and amplitude.

The masking stimulus almost acts like a saccadic movement of the eye which makes it significantly more difficult for individuals to detect the change.

The patients suffered from saccadic dysmetria which in turn caused them to overshoot their movements 3.

The higher the spatial frequency, which involves more complex objects within the visual field, the less likely there will be saccadic suppression.

Saccadic velocity, plotted against time, is a bell-shaped curve.

Experiments performed by Currie to support the role of a saccadic target in transsaccadic memory show two things.

One other type of gaze palsy is a horizontal saccadic palsy.

Saccadic masking makes motion blur during a saccade invisible.

The lower the spatial frequency, meaning less objects in the visual field, of the light flashes the stronger the saccadic suppression.

This can also cause slowed horizontal saccadic movements and failure for the eye to reach its target location during saccades.

Saccadic oscillations not fitting the normal function are a deviation from a healthy or normal condition.

Thus, in birds, saccadic eye movements appear to be important in retinal nutrition and respiration.

During saccades, visual sensitivity is diminished, which is termed saccadic suppression.