Young infants can be perceived as shy,coy, bashful,embarrassed

Previous research has found that 2‐ to 4‐month‐old infants display a behavioural pattern similar to adult expressions of shyness and related emotions (coyness, bashfulness, embarrassment). In the present study, 6 video‐clips of this pattern and 10 of control patterns varying on a number of features and contexts were presented to 37 judges in a free‐labelling task and in a rating task. Two examples of the target pattern were perceived as expressing primarily shyness and related emotions, three were perceived as expressing primarily happiness with varying degrees of these emotions, and one as expressing several other emotions as well as shyness and related ones. Yet, judges perceived shyness and related emotions almost exclusively in the target pattern, across different contexts and judgement tasks. The three clips perceived as most ‘shy’ were also used in a between‐judges session to control for priming effects. Overall, results suggest that young infants can be perceived as shy, coy, bashful or embarrassed, in particular when their expressive behaviour resembles the relevant adult expressions. Implications for the early development of these emotions are considered. Copyright © 2005 John Wiley Sons, Ltd.     

Exploring the visuo-spatial scratch pad

A series of four studies examines the relationship between the visuo-spatial scratch pad, the central executive and the articulatory loop. For this purpose a visuo-spatial memory task that does not have a large verbal component was developed. In Experiment 1 this task was used to demonstrate that the scratch pad, although functionally independent of the articulatory loop, is subject to interference from a tracking task. Experiment 2 examined the locus of interference of the tracking task with spatial memory. It was shown that interference is confined to the encoding phase; post presentation tracking does not disrupt visuo-spatial representation. Experiment 3 demonstrated that the tracking task employed requires some central executive resources. The final experiment examined the effect of a near-span consonant memory load on the spatial memory task. Disruption only occurred when the verbal load preceded, or was concurrent with, the spatial task. The results suggest that central executive resources are probably required to operate the scratch pad in most circumstances. However, minimal central capacity is required for maintenance rehersal.