Dataset Information

Compatibility effects with destination and origin of motion.

ABSTRACT: Previous studies highlighted spatial compatibility effects other than those strictly arising from stimulus-response locations. In particular, the so-called Destination Compatibility (DC) effect refers to faster responses for dynamic (i.e., moving) stimuli the end point of which is spatially compatible with the response key. Four experiments examined whether the DC effect also occurs with static visual stimuli symbolically representing either motion destination alone (Experiment 1a), or both motion origin and destination (Experiments 1b, 2a, and 2b). Overall, our results are consistent in showing a DC effect; most importantly, the present findings reveal a predominance of the effect of destination of motion over that of origin, even when both the starting and ending positions of the stimulus are symbolically represented and participants are instructed to respond according to motion origin. This finding suggests that the DC effect is independent from other stimulus-response compatibility (SRC) effects.

SUBMITTER: Scerrati E

PROVIDER: S-EPMC9937485 | biostudies-literature | 2023

REPOSITORIES: biostudies-literature

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Compatibility effects with destination and origin of motion.

Scerrati Elisa E Nicoletti Roberto R Rubichi Sandro S Scorolli Claudia C Lugli Luisa L

PloS one 20230217 2

Previous studies highlighted spatial compatibility effects other than those strictly arising from stimulus-response locations. In particular, the so-called Destination Compatibility (DC) effect refers to faster responses for dynamic (i.e., moving) stimuli the end point of which is spatially compatible with the response key. Four experiments examined whether the DC effect also occurs with static visual stimuli symbolically representing either motion destination alone (Experiment 1a), or both moti ...[more]

PMID: 36800378

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Dataset Information

Compatibility effects with destination and origin of motion.

Publications

Compatibility effects with destination and origin of motion.

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