Influence of spatial stimulus-response compatibility on reaction time of ipsilateral and contralateral hand to lateralized light stimuli.
Journal of Experimental Psychology Human Perception & PerformancePublished 1 January 1977
Giovanni Berlucchi, Filippo Crea, Maria di Stefano, G. Tassinari
Citations133
SJR quartileQ1
SJR score1.20
SNIP1.22
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TL;DR
It is argued that these laterality effects in visuomotor reaction time tasks are best explained by the anatomical relationships between the visual fields, the cerebral hemispheres, and the hands.
Abstract
Asia's rapidly growing cities are gearing up to meet increasing mobility needs while <br/>simultaneously striving to achieve sustainability goals. A number of new innovations are being introduced in the form of experiments aiming to change the systems and rule-sets that currently dominate the provision of mobility services in Asian cities. This chapter analyses selected cases of mobility experiments in India and Thailand and explores the strategies that the niche actors deploy to navigate the challenges posed by incumbent socio-technical ...<br/>
Keywords
Neuroscience
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The present paper reports the results of two experiments designed to demonstrate the utility of the concept of stimulus-response compatibility in the development of a theory of perceptual-motor behavior.
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NeuropsychologiaSpatial compatibility and anatomical factors in simple and choice reaction time
251 Citations1977Gian Paolo Anzola, G. Bertoloni +2 more
It is concluded that in simple reaction time experiments the difference between ipsilateral and contralateral reactions is due to the elementary anatomical connectivity, and that spatial compatibility becomes important only in choice situations.
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The experimental results point to the need to separate the effects of these three relationships which are typically confounded in studies of spatial compatibility.
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93 Citations1965D. Ε. Broadbent, Margaret Gregory
Choice reactions to tactual stimulation were studied, and it was found that decrease in compatibility increased the effect of number of alternative reactions, of uncertainty about the time of arrival of a stimulus, of a simultaneous distracting task, and of an unequal frequency of departure of different signals.
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It was found that visual stimulation going initially to the right hemisphere is responded to faster than stimulation going initial to the left hemisphere, and a model is described to account for these results.
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The girl's crossed pathway response latencies were significantly longer than the uncrossed latencies under the temporal stimulation two-handed condition and the nasal stimulation single- handed condition.
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Eye movement reaction time (RT) was measured in simple and choice RT situations in which monaural tones were presented to the left or right ear, and asymmetry in correlations between oculomotor and manual compatibility effects suggests differential hemispheric mediation.
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The results indicated that response time to stimuli imaged within approximately 70° arc from the fovea does not differ significantly when all possess about the same luminance, but mean response time is significantly faster to stimulus imaged beyond about 70° arcs when their luminance is increased by an amount equal to the fveal stimulus luminance multiplied by the cosine of the angle between the peripheral stimuli and the line of sight.
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Conditions are described for the chromatographic analysis of mixtures of H(2), HT, and T(2) on a "molecular sieve" column, which may find valuable applications in various kinetic investigations.