Titlebook: Spatially Oriented Behavior; Alan Hein,Marc Jeannerod Book 1983 Springer-Verlag New York Inc. 1983 Action.Orientierung.Perception.Raumerle

hereditary

Coordination of Eye-Head Movements in Alert Monkeys: Behavior of Eye-Related Neurons in the Brain Sof the head position is equal to the required total gaze shift. When the head is held fixed, total gaze shift is accomplished by the eye saccade. This orderly sequence of movements is presented in Figure 6-1.

Abominate

Motion Parallax Sensitivity and Space Perception,als as well as those animals having little or no binocular overlap. Recent evidence also has indicated that motion parallax alone can provide an unambiguous and compelling sensation of depth, equal to that obtained with binocular cues (Rogers & Graham, 1979).

obsession

Negligible

M. Thérèse Perenin,Alain Vighettolines, circles and spirals. The first section, “The Lines”, develops new lines of inquiry on attention (selective and sustained) and mind-wandering, the influence of age and mind-wandering, embodiment, consciou978-3-031-06957-4978-3-031-06955-0

Anticoagulant

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Development of Optokinetic Nystagmus and Effects of Abnormal Visual Experience During Infancy, this pattern of optomotor development, other species, such as the rabbit, guinea pig, and some birds and lizards, exhibit a permanent optokinetic bias for movement in the temporonasal direction (Fukuda & Tokita, 1957; Huizinga & Meulen, 1951; Tauber & Atkin, 1968).

mastopexy

Spatial Sense of the Human Infant, has accumulated showing that the infant in the first year of life is sensitive to many visual factors including contrast, contour orientation, complexity, contour density, color, and so on (see Dodwell, Humphrey, & Muir, in press; also see Haith, Chapter 10, this volume). Complementary to these dev

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rheumatology