‘The bereaved therapist speaks’. An interpretative phenomenological analysis of humanistic therapists' experiences of a significant personal bereavement and its impact upon their therapeutic practice: An exploratory study

Aim: The aim of the research was to explore the under‐researched area of therapists' personal bereavement and its impact upon their therapeutic practice. Method: Data were collected via semi‐structured interviews with four humanistic therapists and were analysed using Interpretative Phenomenological Analysis (IPA). Findings: Four master and eight subordinate themes emerged from the rich data collected that exemplified both convergence with and divergence from the small body of extant literature on therapist bereavement and current thinking in thanatology. The findings suggest that bereavement is a unique experience that can affect the individual's personal and social identity and worldview. It can also be a transformative experience resulting in personal growth and a renewed sense of self and agency. In terms of professional practice, the findings suggest that the lived experience of the grieving process, mediated by supportive supervision, enabled participants to experience deeper levels of empathy and connectedness within their therapeutic relationships. Conclusion and implications: Bereavement is an experience that can profoundly impact upon therapists' personal identity and assumptive world. Such an experience can have an equally profound impact upon their therapeutic practice. There are therefore implications for students, trainers, therapists and supervisors particularly in terms of self‐care and the use of the ‘self’ in therapy. Further research needs to be undertaken in order to explore in greater depth the intersection between personal bereavement and therapists' evolving personal and professional identity development.     

Subliminal priming of autobiographical memories

The current research examined subliminal priming of autobiographical memories. In Experiment 1 the subliminal primes consisted of affect-associated words (positive vs negative) and were presented just before the participants retrieved specific experiences to cue-words. The subliminal primes produced an inhibitory effect on autobiographical memory retrieval, with significantly lower positive ratings given to the emotional content of experiences retrieved after positive primes than given to experiences retrieved after negative primes. The subliminal primes for the second experiment consisted of words that related to specific lifetime periods (early childhood vs late childhood/early adulthood). A negative priming effect resulted again, with earlier life experiences retrieved after the presentation of late childhood/early adulthood primes. We believe the negative priming effects obtained in both experiments are consistent with predictions based on the self-memory system model of autobiographical memory. The results of this research may also explain mood-incongruent recall.     

Taking Stock of Behavioral Measures of Adolescent Dating Violence

The past 2 decades have witnessed an increase in dating violence awareness and research. As the field evolves, it is critical to examine the definition and measurement of adolescent dating violence. This article summarizes the behavioral measures of adolescent dating violence used in the field. Based on a review of the literature and federally funded studies, we identified 48 different measures. The most commonly used measures were the Conflict Tactics Scale–2, the Safe Dates Scale, and the Conflict in Adolescent Dating Relationship Inventory, which all examine aspects of psychological, physical, and sexual violence. Researchers also adapted or created their own measures. This article concludes with a discussion of developments for consideration as the field moves forward.     

Categorical time production: Evidence for discrete timing in motor control

Subjects performed a repetitive manual tapping task, attempting to match a given rate of auditory stimulus pulses, first with the pulses audible (synchronization) and then with the pulses turned off (continuation). In different sessions, the interstimulus interval (ISI) was selected from the range 175 to 825 msec in steps of 25 msec, with different ISI values presented in a random order. Across this range of ISI conditions, interresponse intervals (IRIs) exhibited alternating positive bias (too slow) and negative bias (too fast). We interpret this pattern of bias in terms of a discrete, or categorical, timing mechanism in motor timing. Categorical time production can be viewed as extending our conception of the timekeeper in Wing’s (Wing’ & Kristofferson, 1973a, 1973b) two-process model of motor timing and may be related to the system of multiple clocks proposed by Kristofferson (1980) to explain a categorical pattern of variability measures in duration discrimination.     

Egocentric and allocentric navigation strategies in Williams syndrome and typical development

Recent findings suggest that difficulties on small‐scale visuospatial tasks documented in Williams syndrome (WS) also extend to large‐scale space. In particular, individuals with WS often present with difficulties in allocentric spatial coding (encoding relationships between items within an environment or array). This study examined the effect of atypical spatial processing in WS on large‐scale navigational strategies, using a novel 3D virtual environment. During navigation of recently learnt large‐scale space, typically developing (TD) children predominantly rely on the use of a sequential egocentric strategy (recalling the sequence of left–right body turns throughout a route), but become more able to use an allocentric strategy between 5 and 10 years of age. The navigation strategies spontaneously employed by TD children between 5 and 10 years of age and individuals with WS were analysed. The ability to use an allocentric strategy on trials where spatial relational knowledge was required to find the shortest route was also examined. Results showed that, unlike TD children, during spontaneous navigation the WS group did not predominantly employ a sequential egocentric strategy. Instead, individuals with WS followed the path until the correct environmental landmarks were found, suggesting the use of a time‐consuming and inefficient view‐matching strategy for wayfinding. Individuals with WS also presented with deficits in allocentric spatial coding, demonstrated by difficulties in determining short‐cuts when required and difficulties developing a mental representation of the environment layout. This was found even following extensive experience in an environment, suggesting that – unlike in typical development – experience cannot contribute to the development of spatial relational processing in WS. This atypical presentation of both egocentric and allocentric spatial encoding is discussed in relation to specific difficulties on small‐scale spatial tasks and known atypical cortical development in WS.     

Noise and levels of processing

Three experiments investigated the view that people make more use of relatively surface levels of coding when noise is present, neglecting semantic levels of analysis. In experiment 1 subjects classified words in different ways and then recalled as many as possible. Subjects who received the noise conditions in the order noise-quiet recalled more words than those who received the conditions in the order quiet-noise, but noise failed to interact with the nature of the classification conditions although the usual advantage of the semantic condition over letter-case and rhyme conditions was obtained. Experiment 2 failed to show any effect of noise on physical-name match differences when letter pairs were presented simultaneously. In experiment 3 a delay was introduced between the letters; the noise-quiet subjects were then faster on the physical match than the name match whereas the slower quiet-noise subjects showed the reverse pattern. This could represent an instance of asymmetric transfer from noise to quiet or it could be due to speed per se.Overall, these results argue against a general explanation of noise effects in terms of a passive shift in levels of processing.     

Differences and interactions between stresses

This paper reviews a number of experiments in which different stresses have been applied to comparable subjects performing similar tasks. It is argued that, since the effects of the stresses are different, it is not legitimate to think of a single mechanism mediating reaction to stress. Experiments on the simultaneous application of two stresses show that the effects of heat appear to be independent of those of noise and sleeplessness, while the latter two conditions partially cancel each other. It is therefore argued that noise and sleeplessness affect the same mechanism in opposite directions, while heat affects some other mechanism. Tentatively, noise is regarded as over-arousing and lack of sleep as under-arousing.     

Reversible hippocampal lesions disrupt water maze performance during both recent and remote memory tests

Conventional lesion methods have shown that damage to the rodent hippocampus can impair previously acquired spatial memory in tasks such as the water maze. In contrast, work with reversible lesion methods using a different spatial task has found remote memory to be spared. To determine whether the finding of spared remote spatial memory depends on the lesion method, we reversibly inactivated the hippocampus with lidocaine either immediately (0-DAY) or 1 mo (30-DAY) after training in a water maze. For both the 0-DAY and 30-DAY retention tests, rats that received lidocaine infusions exhibited impaired performance. In addition, when the 0-DAY group was retested 2 d later, (when the drug was no longer active), the effect was reversed. That is, rats that had previously received lidocaine performed as well as control rats did. These findings indicate that the rodent hippocampus is important for both recent and remote spatial memory, as assessed in the water maze. What determines whether remote spatial memory is preserved or impaired following disruption of hippocampal function appears to be the type of task used to assess spatial memory, not the method used to disrupt the hippocampus.     

Recency effects in memory,as a function of modality of intervening events

Summary Word lists of fifteen items were presented to eye or to ear, with recall either immediately, or after a visual task, or after an auditory one. Instructions were to recall the last items first. An intervening task using the same modality greatly reduced recall of the last items presented; whereas a visual task did not do so for acoustically presented items. An auditory task reduced visual memory. These results suggest a specific auditory memory for recent events, over-written by subsequent auditory events.This research was supported by the Medical Research Council. The experimental work was performed at the Applied Psychology Unit, Cambridge.