Animals, from invertebrates to humans, stabilize the panoramic optic flow through
compensatory movements of the eyes, the head or the whole body, a behavior known as …

For optimal visual control of compensatory eye movements during locomotion it is necessary
to distinguish the rotational and translational components of the optic flow field. Optokinetic …

Eye movements in the horizontal plane and the rotatory component of body movement have
been continuously recorded in land crabs, Cardisoma guanhumi Latreille, walking freely in …

The compound eyes, the canal organs of the statocysts and proprioceptors in the legs all
generate compensatory eye movements in the horizontal plane in the land crab Cardisoma …

We recorded optokinetic eye movements of the crab, Carcinus maenas, in split-drum
experiments. The patterns were either oscillated in antiphase on both sides mimicking …

We recorded compensatory eye stalk movements in response to pitch and roll stimulation of
the visual, statocyst, and leg-proprioceptive systems in different species of crabs (Carcinus …

In response to imposed course deviations, the optomotor reactions of animals reduce motion
blur and facilitate the maintenance of stable body posture. In flies, many anatomical and …

Pitch and roll eye movements of three species of crabs (Heloecius cordiformis, Mictyris
longicarpus, Pachygrapsus marmoratus) were recorded in response to visual stimuli. 2. The …

As animals execute essential behaviors like foraging, they must orient with respect to the
space around them, requiring some neural/behavioral mechanism for spatial navigation …

Most animals rely on visual information for a variety of everyday tasks. The information
available to a visual system depends in part on its spatial resolving power and contrast …