Previous studies suggest that ancient threats capture attention because human beings possess an inborn module shaped by evolution and dedicated to their detection. An alternative account proposes that a key feature predicting whether a stimulus will capture attention is its relevance rather than its ontology. Within this framework, the present research deals with the attentional capture by threats commonly encountered in our urban environment. In two experiments, we investigate the attentional capture by modern threats. In Experiment 1, participants responded to (...) a target preceded by a cue, which was a weapon or a non-threatening stimulus. We found a larger cuing effect with weapons as compared with non-threatening cues. In Experiment 2, modern and ancient threats were pitted against one another as cues to determine which ones preferentially capture attention. Crucially, participants were faster to detect a target preceded by a modern as opposed to an ancient threat, providing initial evidence for a superiority of modern threat. Overall, the present findings appear more consistent with a relevance-based explanation rather than an evolutionary-based explanation of threat detection. (shrink)

Buson, Nardy, Muller & Chevrot (2018) report two experiments ‐ a repetition task and a judgment task ‐ based on the phenomenon of sociolinguistic restoration. When people repeat utterances mixing standard and non‐standard variants, they make them homogeneous. The results suggest that coherent cognitive representation of the sociolinguistic varieties influences the reconstruction of the mixed heard utterance during the repetition. Using the repetition task could help understanding how sociolinguistic cues are organized in memory.