Hassles,anxiety, and negative well-being

Adult volunteers (N = 234) responded to a “decontaminated” hassles scale plus measures of trait anxiety, perceived stress, psychiatric symptomatology, and minor physical ailments. All but the anxiety scale were time-referenced to the past month. Major findings were as follows: (1) Hassles and trait anxiety contributed positively to perceived stress, both individually and interactively, accounting altogether for 55% of the variance; highly anxious subjects showed lower increments in perceived stress with increasing hassles-exposure than did low anxious subjects. (2) Hassles and trait anxiety had a positive synergistic effect on psychiatric symptomatology which, along with the nonsignificant marginal main effects, accounted for 64% of the variance. (3) Hassles and trait anxiety had a positive synergistic effect on minor physical ailments in men; however, highly anxious women, who showed very high levels of illness under even low hassles-exposure, responded less to incremental stress than did low-anxious women. The significant Sex x Hassles x Trait-Anxiety interaction effect and all the implicated lower-order effects jointly accounted for 22% of the variance in minor ailments.     

Deriving relations at multiple levels of complexity following minimal instruction: A demonstration

Recommendations for achieving generalized instructional outcomes often overlook the capacity for generative learning for most verbally competent humans. Four children (ages 5–8) participated in this project. In Study 1, we provided decontextualized discrete trial teaching to establish arbitrary relations between colors, pictures of characters, and researcher motor actions. All participants engaged in derivative responding, providing evidence of relational framing. Subsequently, we demonstrated that, with no additional instruction, these derivatives contributed to effective action within a socially valid context (i.e., Candyland gameplay). Study 2 extended the demonstration by teaching frames of opposition. Following teaching, all participants engaged in novel and contextually appropriate responding that entailed the derivation of both coordination and opposition between untrained stimuli. This outcome demonstrates how teaching simple relations can result in learning that manifests at higher levels of complexity (i.e., relational networking), providing some evidence that there can be socially valid benefits to decontextualized discrete trial instruction.     

Venturing into the visual voice: combining photos and interviews in phenomenological inquiry around marginalisation and chronic illness

In this article, we present a reflection on the research process of combining photographs with phenomenologically oriented interviews. Two studies in the field of chronic illness with marginalised individuals (lesbian, gay, bisexual and trans* people living with MS; men diagnosed with breast cancer) are employed to illustrate a range of conceptual, methodological and pragmatic issues. Both studies draw upon an integrative theoretical framework within a critical health psychology epistemological paradigm informed by phenomenological psychology and visual methodologies. The data collected for both studies have been analysed through interpretative phenomenological analysis (IPA). We offer some thoughts regarding certain challenges and opportunities of synergising verbal and visual data and illustrate our arguments through a series of examples from the two studies, which are critically discussed. We argue that qualitative research in psychology benefits from an enhanced multimethodological approach employing existential phenomenological psychology and visual methodologies, especially when exploring chronic illness in marginalised communities, and we outline benefits for the wider community of qualitative researchers in psychology.     

The ROC Toolbox: A toolbox for analyzing receiver-operating characteristics derived from confidence ratings

Signal-detection theory, and the analysis of receiver-operating characteristics (ROCs), has played a critical role in the development of theories of episodic memory and perception. The purpose of the current paper is to present the ROC Toolbox. This toolbox is a set of functions written in the Matlab programming language that can be used to fit various common signal detection models to ROC data obtained from confidence rating experiments. The goals for developing the ROC Toolbox were to create a tool (1) that is easy to use and easy for researchers to implement with their own data, (2) that can flexibly define models based on varying study parameters, such as the number of response options (e.g., confidence ratings) and experimental conditions, and (3) that provides optimal routines (e.g., Maximum Likelihood estimation) to obtain parameter estimates and numerous goodness-of-fit measures.The ROC toolbox allows for various different confidence scales and currently includes the models commonly used in recognition memory and perception: (1) the unequal variance signal detection (UVSD) model, (2) the dual process signal detection (DPSD) model, and (3) the mixture signal detection (MSD) model. For each model fit to a given data set the ROC toolbox plots summary information about the best fitting model parameters and various goodness-of-fit measures. Here, we present an overview of the ROC Toolbox, illustrate how it can be used to input and analyse real data, and finish with a brief discussion on features that can be added to the toolbox.     

Distinctiveness helps when matching static faces and voices

Three experiments are reported which examined the capacity to match a voice with a static image of a face. When using a simultaneous same/different matching task, performance was significantly better than chance (Experiments 1 and 2). However, it did not appear to depend either on sex of speaker, sex of listener, stimulus distinctiveness, or self-reported strategies (Experiment 2). Concerns over floor effects as well as a significant response bias prompted a change of task, and when performance was examined through matching a voice to a face lineup, a more interesting pattern emerged. Again, performance was significantly better than chance, but in addition, it was demonstrably affected by the distinctiveness of the speaker’s voice. These results are considered in the context of theoretical discussions regarding face–voice integration, and in the context of more applied considerations regarding multimodal benefits in witness scenarios.     

Visual search in the real world: evidence for the formation of distractor representations

Visual search in the real world often requires that we search the same environment a number of times for different targets. What is the fate of information about fixated distractor objects during these searches? Here, participants searched the same array of real objects on a tabletop twice for two different targets successively whilst wearing a head-mounted eye-tracker. We found that fixating an object when it was a distractor in the first search facilitated search for that same object when it became the target in the second search. The results suggest that the location and identity of fixated distractor objects are represented to a level that guides subsequent searches, even when this information is not required at the time of fixation.     

Predicting impending death: inconsistency in speed is a selective and early marker

Among older adults, deficits in both level and variability of speeded performance are linked to neurological impairment. This study examined whether and when speed (rate), speed (inconsistency), and traditional accuracy-based markers of cognitive performance foreshadow terminal decline and impending death. Victoria Longitudinal Study data spanning 12 years (5 waves) of measurement were assembled for 707 adults aged 59 to 95 years. Whereas 442 survivors completed all waves and relevant measures, 265 decedents participated on at least 1 occasion and subsequently died. Four main results were observed. First, Cox regressions evaluating the 3 cognitive predictors of mortality replicated previous results for cognitive accuracy predictors. Second, level (rate) of speeded performance predicted survival independent of demographic indicators, cardiovascular health, and cognitive performance level. Third, inconsistency in speed predicted survival independent of all influences combined. Fourth, follow-up random-effects models revealed increases in inconsistency in speed per year closer to death, with advancing age further moderating the accelerated growth. Hierarchical prediction patterns support the view that inconsistency in speed is an early behavioral marker of neurological dysfunction associated with impending death.     

Load induced blindness

Although the perceptual load theory of attention has stimulated a great deal of research, evidence for the role of perceptual load in determining perception has typically relied on indirect measures that infer perception from distractor effects on reaction times or neural activity (see N. Lavie, 2005, for a review). Here we varied the level of perceptual load in a letter-search task and assessed its effect on the conscious perception of a search-irrelevant shape stimulus appearing in the periphery, using a direct measure of awareness (present/absent reports). Detection sensitivity (d') was consistently reduced with high, compared to low, perceptual load but was unaffected by the level of working memory load. Because alternative accounts in terms of expectation, memory, response bias, and goal-neglect due to the more strenuous high load task were ruled out, these experiments clearly demonstrate that high perceptual load determines conscious perception, impairing the ability to merely detect the presence of a stimulus--a phenomenon of load induced blindness.     

Infant cognition: going full factorial with pupil dilation

The violation‐of‐expectation (VOE) paradigm and related methods are the main tools used to study high‐level cognition in preverbal infants. Infants’ differential looking to conceptually implausible/impossible events has been used as an index of early cognitive competence in many areas, including object knowledge, physics, language, and number. However, an event's plausibility is commonly confounded with its perceptual novelty or familiarity, leading to a variety of interpretations for looking time data ( Bogartz, Shinskey & Speaker, 1997 ). This illustrative study demonstrates the value of factorial designs, in which perceptual (novelty–familiarity) and conceptual (possible–impossible) variables are independently and jointly explored. It also introduces pupil dilation as a viable and complementary dependent measure to study infant cognition. We show that pupil data can assist in the interpretation of otherwise equivocal looking time data. The discussion focuses on methodological considerations in infancy research.