Task Incentives,Type A Behavior Pattern,and Verbal Problem Solving Performance1

A laboratory experiment was conducted to investigate the interaction between task incentives and the Type A behavior pattern in determining performance during a task of verbal problem solving. The results indicated that Type A subjects responded more quickly and more frequently than their Type B counterparts. In addition, evidence suggested that a situational characteristic–whether instructions offered a monetary reward or served as an evaluative stressor–affected subjects differently depending on their behavior pattern classification. These findings suggest that Pattern A behavior occurs as a response to challenges signifying the potential for reward as well as a threat of failure. Implications for future research emphasize the need to investigate the characteristics of the situation and the task, as well as the individual.     

The effect of face orientation on holistic processing

Holistic processing, a hallmark of face processing, can be measured by the composite face effect: adults have difficulty recognising the top half of a face when it is aligned with a new bottom half, unless holistic processing is disrupted by misaligning the two halves. Like the recognition of facial identity, holistic processing is impaired when faces are inverted. To obtain a more refined measure of the influence of orientation on holistic face processing, we administered the composite face task to adults at each of seven orientations. In both experiment 1 (in which orientations were randomly intermixed) and experiment 2 (in which orientations were blocked), the composite face effect decreased linearly with rotation. We conclude that holistic processing is tuned to upright faces, diminishes as faces deviate from upright, and becomes insignificant once faces reach a sideways orientation. We propose a hierarchical model of face perception in which linear decreases in holistic processing underlie qualitative shifts in other aspects of face perception.     

Domain-specific responses to power-based interaction

Variations in power-relevant information-processing (response latency on a lexical-decision making task), acoustical responses (vocal amplitude and pitch), and affective responses were measured as a function of a power-relevant priming manipulation, and gender. When participants were primed for a power challenge (as opposed to other challenges), males (but not females) manifested exceptionally fast processing of power-relevant adjectives - suggesting the greater accessibility of power cues for males. Regardless of gender, participants primed for a power challenge manifested lower vocal amplitude (consistent with a de-escalating strategy). However, only women manifested an elevated pitch level and self-reported apprehension - indicating that women, even more than men show a de-escalating response to a power challenge.     

Multicultural Connections: Using Stories to Transcend Cultural Boundaries in Supervision

Stories have long been used in various cultures and settings to help make meaning and enhance awareness. The authors describe how reflection on and discussion of myths and fairy tales in supervision may help transcend cultural boundaries and increase multicultural understanding. Las historias se han utilizado durante mucho tiempo en diversas culturas y escenarios para facilitar la comprensión de significado y aumentar el nivel de conciencia. Los autores describen cómo la reflexión y la discusión de mitos y cuentos en la supervisión pueden ayudar a trascender barreras culturales y elevar el entendimiento multicultural.     

The role of early visual input in the development of contour interpolation: the case of subjective contours

We tested the effect of early monocular and binocular deprivation of normal visual input on the development of contour interpolation. Patients deprived from birth by dense central cataracts in one or both eyes, and age‐matched controls, discriminated between fat and thin shapes formed by either illusory or luminance‐defined contours. Thresholds indicated the minimum amount of curvature (the fatness or thinness) required for discrimination of the illusory shape, providing a measure of the precision of interpolation. The results show that individuals deprived of visual input in one eye, but not those deprived in both eyes, later show deficits in perceptual interpolation. The deficits were shown mostly for weakly supported contours in which interpolation of contours between the inducers was over a large distance relative to the size of the inducers. Deficits shown for the unilateral but not for the bilateral patients point to the detrimental effect of unequal competition between the eyes for cortical connections on the later development of the mechanisms underlying contour interpolation.     

Central–peripheral differences in audiovisual and visuotactile event perception

Attention, Perception, & Psychophysics - We examined audiovisual and visuotactile integration in the central and peripheral visual field using visual fission and fusion illusions induced by...     

Sleeper effects

Early experience preserves and refines many capabilities that emerge prenatally. Here we describe another role that it plays -- establishing the neural substrate for capabilities that emerge at a much later point in development. The evidence comes from sleeper effects: permanent deficits when early experience was absent in capabilities that normally emerge long after birth. We provide evidence of sleeper effects for three aspects of vision, based on our research with children who were deprived of early visual input by congenital cataracts: contrast sensitivity for mid and high spatial frequencies, holistic face processing, and the ability to recognize the identity of faces based on small differences in the spacing among facial features.     

Individual differences in the acquisition of non‐linguistic audio‐visual associations in 5 year olds

Audio‐visual associative learning – at least when linguistic stimuli are employed – is known to rely on core linguistic skills such as phonological awareness. Here we ask whether this would also be the case in a task that does not manipulate linguistic information. Another question of interest is whether executive skills, often found to support learning, may play a larger role in a non‐linguistic audio‐visual associative task compared to a linguistic one. We present a new task that measures learning when having to associate non‐linguistic auditory signals with novel visual shapes. Importantly, our novel task shares with linguistic processes such as reading acquisition the need to associate sounds with arbitrary shapes. Yet, rather than phonemes or syllables, it uses novel environmental sounds – therefore limiting direct reliance on linguistic abilities. Five‐year‐old French‐speaking children (N = 76, 39 girls) were assessed individually in our novel audio‐visual associative task, as well as in a number of other cognitive tasks evaluating linguistic abilities and executive functions. We found phonological awareness and language comprehension to be related to scores in the audio‐visual associative task, while no correlation with executive functions was observed. These results underscore a key relation between foundational language competencies and audio‐visual associative learning, even in the absence of linguistic input in the associative task.