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The role of eye movements in manual interception: A mini-review
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2021, Trends in Cognitive SciencesCitation Excerpt :First, it allows us to accurately locate the target by combining multiple signals produced by the eye movement: high-resolution visual information from the projection of the target onto the fovea, and non-visual information such as an efference-copy signal from the motor command sent to the eye muscles or a proprioceptive signal coming from the eye muscles. Manipulation of these non-visual signals causes biases in perceptual judgments and pointing endpoints [11], and saccadic localization errors support the predictions of an optimal integration model of visual, efferent, and proprioceptive signals [12]. Second, foveal visual information is used to guide the hand to the target, as evidenced by improved reach accuracy when visual feedback of the hand is provided only in the final phase of the movement, compared with when it is provided earlier during the movement [13].
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