The Deep Bodily Roots of Emotion

This article explores emotions and their relationship to “somatic responses”, i.e., one’s automatic responses to sensations of pain, cold, warmth, sudden intensity. To this end, it undertakes a Husserlian phenomenological analysis of the first-hand experience of eight basic emotions, briefly exploring their essential aspects: their holistic nature, their identifying dynamic transformation of the lived body, their two-layered intentionality, their involuntary initiation and voluntary espousal. The fact that the involuntary tensional shifts initiating emotions are irreplicatable voluntarily is taken to show that all emotions have an innate core, a conclusion corroborated by their strong similarities to somatic responses in dynamics, hedonic tone, and topology. The fact that emotions may be culturally reworked is shown to be explicable in terms of their complex nature: their dependence on belief, their voluntary espousal, and their ready social transmittability. Finally, it is argued that emotions may plausibly be deemed the evolutionary descendants of somatic responses.     

Affective speech elicited with a computer game

To determine the degree to which emotional changes in speech reflect factors other than arousal, such as valence, the authors used a computer game to induce natural emotional speech. Voice samples were elicited following game events that were either conducive or obstructive to the goal of winning and were accompanied by either pleasant or unpleasant sounds. Acoustic analysis of the speech recordings of 30 adolescents revealed that mean energy, fundamental-frequency level, utterance duration, and the proportion of an utterance that was voiced varied with goal conduciveness; spectral energy distribution depended on manipulations of pleasantness; and pitch dynamics depended on the interaction of pleasantness and goal conduciveness. The results suggest that a single arousal dimension does not adequately characterize a number of emotion-related vocal changes, lending weight to multidimensional theories of emotional response patterning.     

EEG alpha asymmetry in dyslexics during speaking and block design tasks

Lateral specialization for speech and spatial construction was investigated in a highly screened group of dyslexic and normal-reading boys, age 9-13, by examining the extent to which their EEG alpha asymmetry changed from one task to the other. EEG was recorded from central, midtemporal, and parietal leads during several minutes of spontaneous narrative speech, and while the child constructed block designs. The dyslexics showed the same strongly task-dependent asymmetry as the normal readers, comparable to that observed in our adult populations. The observations were confirmed with a second independently chosen cohort of subjects. This result is discussed in terms of the constraints it places on models of dyslexia which invoke disorders of lateral specialization and hemisphere integration.     

The relationship between the Wechsler Memory Scale—Revised (WMS-R) Attention index and putative measures of Attention

Although the Wechsler Memory Scale—Revised (WMS-R; Wechsler, 1987) is one of the more frequently used measures of memory and attention, its Attention/Concentration Index (ACI) has been minimally researched. If the ACI is to be used as a measure of attention, the need exists to determine if it is related to other measures theoretically argued to be sensitive to attention deficits. The present study evaluated the relationship between the WMS-R ACI and other putative measures of attention by comparing individuals labeled as Attention Impaired [ACI at least 15 points < General Memory Index (GMI)] versus those labeled as Memory Impaired (GMI at least 15 points < ACI). Contrary to expectations, the Attention Impaired group scored equal to the Memory Impaired group on all measures theorized to be sensitive to attention deficits (Trails A and B time, Trails B errors, Rey AVLT interference list), except for statistically weaker performance on Trails A errors. In contrast but as expected, the Memory Impaired group scored statistically worse on all memory tests (Rey AVLT, all TPT variables). The groups also did not differ on tests argued not to be differentially affected by either attention or memory (WAIS-R FIQ, Category Test). It is concluded that the WMS-R Attention Index is not related to deficits on other measures sensitive to attention, further emphasizing the need to identify more clearly specific attention constructs.     

The clinical utility of the Rey Auditory-Verbal Learning Test in medical rehabilitation

Recent research has reported the Rey Auditory-Verbal Learning Test Trial V (RAVLT-V) score to be a sensitive indicator of global cognitive functioning, not merely verbal learning skills. The concurrent validity of the RAVLT-V relative to other neuropsychological measures frequently utilized in medical rehabilitation was investigated in a sample of 64 outpatients diagnosed with traumatic brain injury (TBI). The sample was predominantly male (77%), white (97%), youthful (31.4±11.5 years), high school educated, and an average of 53 months postinjury. Using stepwise multiple regression analysis, a three-variable model consisting of gender, Wechsler Memory Scale-Revised Delayed Memory Index, and Trailmaking Part B (time) accounted for 61% of the variance in RAVLT-V scores. These findings suggest that in TBI patients, the RAVLT taps not only specific verbal learning and memory, but also global cognitive functions. Sensitivity to diffuse neuropsychological changes and ease/speed of administration make the RAVLT a valuable tool in medical rehabilitation settings.     

Evaluating the relationship between explicit and implicit knowledge in a sequential reaction time task

Can knowledge underlying a simple perceptual-motor skill be unconscious? Three experiments (a) trained participants on a 4-choice reaction time (RT) task in which the stimulus on each trial was determined by a repeating 12-element sequence and (b) studied the extent to which participants' knowledge of this sequence was implicit, that is, unavailable for conscious access. Participants proved via an indirect test to have acquired knowledge of the sequence, because their RTs increased when the sequence was changed. To evaluate whether this knowledge was consciously accessible, participants were asked to perform an "objective" free-generation or recognition test of sequence knowledge. Results show that sequence knowledge is fully accessible on these objective tests. Moreover, it is demonstrated in this procedure that old-new recognition cannot be explained by unconscious attribution of perceptual-motor fluency. The question is raised whether distinct implicit (procedural) and explicit (declarative) forms of knowledge are acquired when participants learn a perceptual-motor skill.     

Regional brain activity in dyslexic and control children during reading tasks: Visual probe event-related potentials

Event-related potentials (ERPs) elicited by task-irrelevant visual stimuli were recorded from 34 control and 32 dyslexic 10- to 12-year-old boys while they performed silent and oral reading at two levels of difficulty. All subjects were extensively screened for neurological problems, IQ, and sensory acuity. Specific features of the ERPs were affected in amplitude and latency by the experimental variables: group membership, oral vs. silent reading, difficulty level, and recording site (within and between hemispheres). A specific effect of difficulty on the central and parietal ERP was seen in the dyslexics but not the controls. Different patterns of asymmetry were found for the two groups in silent vs. oral reading at midtemporal placements. A marked asymmetry (R > L) was found at the midtemporal region for both groups.     

Enhancing Well‐being of Homeless Individuals by Building Group Memberships

There is growing recognition that social isolation and a lack of connectedness with social groups is one of the reasons why the subjective well‐being of homeless individuals is generally worse than the rest of the population. Past research amongst a range of populations suggests that the ability of an individual to take on new group memberships and/or their ability to maintain their memberships in meaningful groups is an important predictor of well‐being. In a mixed method study (N = 119), we examined the extent to which experiences at homeless accommodation form building blocks for the formation of multiple group memberships and to what extent this predicts positive well‐being. Qualitative analysis reveals the importance of feeling connected to the homeless service and supported by homeless accommodation staff. Linking these data to quantitative data from a second wave, we found that these experiences predicted well‐being. These findings provide further support for a strength‐based approach to homelessness, by providing insights into the ways that experiences at homeless accommodation can contribute to the development of multiple group memberships (i.e. social capital), and enhance the well‐being of those experiencing, and exiting, homelessness. Copyright © 2016 John Wiley & Sons, Ltd.     

Young Australian Women’s Aspirations for Work and Family: Individual and Sociocultural Differences

The arguments underlying Hakim’s Lifestyle Preference Theory have initiated debate over the importance of individual preferences, versus social and structural constraints, in women’s work and family patterns. This paper investigates the role of sociocultural factors in lifestyle preferences. A total of 6,929 Australian women, aged 25–30 years, from the Australian Longitudinal Study on Women’s Health (ALSWH), were categorised into Hakim’s Lifestyle Preference Groups, based on their aspirations for work and family. Rather than cutting across social groups, membership into Lifestyle Preference Groups was significantly related to sociodemographic variables. Further, the findings suggested that Hakim’s definition of ‘adaptive’ women may be too limited to capture the variability of the large number of young Australian women aspiring to combine paid work and family.     

Pattern orientation, not motion, determines the two-dimensional tilt illusion

In the usual tilt illusion (TI) configuration, an inducing stimulus which has a single orientation is used psychophysically to explore orientation analysis in the human visual system. Recently, this approach has been extended to the use of inducing stimuli which have two orientations. Such a two-dimensional (2-D) stimulus permits investigation of the low-level analysis of visual patterns. Prior experimentation has left it unclear whether it is the spatial or the motion properties of a moving crossed-grating plaid which determine two-dimensional tilt illusions (2-D TIs) because these two parameters previously were perfectly correlated. In the present experiments pattern orientation and motion were decoupled. It is shown that 2-D TIs are determined by the spatial properties of an inducing annulus and not by its motion properties. The results also support the existence of a mechanism which extracts axes of symmetry, and which is difficult to account for in terms of local cross-orientation domain inhibition.