Scene-Based Psychodramatic Family Therapy With Troubled Adolescents and Parents: A Pilot Study

Scene-Based Psychodramatic Family Therapy (SB-PFT) is an innovative treatment used with troubled adolescents and their parents to improve family relationships and reduce adolescents’ problematic behavior. It integrates the principles of family therapy, psychodrama, and multiple-family group methodology. This research is a pilot study to obtain empirical evidence on the SB-PFT therapeutic process by gauging the perception of change of troubled adolescents and their parents, and assess the perceived helpfulness of its methodology and techniques. Ten multiple-family intervention groups were drawn up, with 110 participants (63 adolescents and 47 parents), and we adopted a qualitative methodology with focus groups, using an inductive analysis of 290 active constructions of participant narratives. Concerning perception of change, the adolescents reported mainly gaining in social support, prosocial attitudes, keys to problem solving, and expression of emotions due to the treatment. The parents perceived improvement in social support, keys for educational practices, emotional well-being, and expression of emotions due to the treatment. Regarding the perceived helpfulness of methodology and techniques, both adolescents and parents highlighted the usefulness of the group methodology for gaining social support, relativizing the problem, and expressing emotions. Additionally, participants referred to role-playing and mirror techniques as the most useful techniques. In conclusion, this first study on SB-PFT presents and describes its treatment for troubled adolescents and their parents. The participants’ positive perception of their personal and relational change after treatment should serve to promote further studies with quantitative methodology in order to verify the effectiveness of SB-PFT treatment.     

Nudges and Cultural Variance: a Note on Selinger and Whyte

Selinger and Whyte argue that Thaler and Sunstein are insufficiently sensitive to cultural variance in Nudge. I construct a taxonomy of the various roles that cultural variance may play in nudges. First, biases that are exploited in nudging may interact with features that are culturally specific. Second, cultures may be more or less susceptible to certain biases. Third, cultures may resolve conflicting biases in different ways. And finally, nudge may be enlisted for different aims in different cultures.     

counselor nonverbal self‐disclosure and fear of intimacy during employment counseling: an aptitude—treatment interaction illustration

This study investigated the effects of nonverbal self‐disclosure within the dynamic of aptitude—treatment interaction. Participants (N= 94) watched a video of a career counseling session aimed at helping the jobseeker to find employment. The video was then edited to display 3 varying degrees of nonverbal self‐disclosure. In conjunction with the measure of counselor assessment, the authors measured the fear‐of‐intimacy level by using the Doi and Thelen (1993) model. Results showed that when self‐disclosure does not have an effect on counselor assessment, a moderator effect due to the fear of intimacy becomes evident. Implications for research and practice are presented.     

Is there "feedback" during visual imagery? Evidence from a specificity of practice paradigm.

The specificity of practice hypothesis predicts the development of a sensorimotor representation specific to the afferent feedback available during skill acquisition (Proteau, 1992; Proteau, Marteniuk, Girouard, & Dugas, 1987). In the present investigation, we used the specificity of practice hypothesis to test whether skill acquisition through visual imagery would lead to the development of a sensory-specific movement representation similar to one resulting from actual practice. To accomplish this objective, participants practiced walking a 12-m linear path in one of three practice conditions, full-vision (FV), no-vision (NV), or visual imagery (VI), for either 10 or 100 trials. Knowledge of spatial and/or temporal results (KR) was provided to participants following each trial during this phase. Following acquisition, participants completed 10 NV trials without KR. An analysis of root-mean-squared-error (RMSE) indicated NV participants were more accurate than both FV and VI participants in the transfer condition. We believe the equivalence in transfer RMSE between FV and VI suggests that there are similarities between the movement representations attained by FV and VI practice.     

A Motivational Model of Daily Hassles,Physical Symptoms,and Future Work Intentions Among Police Officers1

This study tested a motivational model of daily hassles, physical symptoms, and future work intentions with a sample of 122 police officers. In agreement with self‐determination theory (Deci & Ryan, 1985, 2002), path analyses showed that police officers who perceived their immediate supervisor as highly supportive of their autonomy were found to report higher levels of self‐determined motivation toward work. In turn, higher levels of self‐determined motivation were found to be associated with higher future work intentions and lower levels of reported daily hassles. Finally, daily hassles were found to be positively associated with reported physical symptoms. Contrary to our hypotheses, perception of competence support from supervisors was not found to be significantly associated with self‐determined motivation. Instead, competence support was found to be negatively associated with daily hassles.     

A Sensorimotor Basis for Motor Learning: Evidence Indicating Specificity of Practice

Our previous work (Proteau, Marteniuk, Girouard, & Dugas, 1987) was concerned with determining whether with relatively extensive practice on a movement aiming task, as the skill theoretically starts becoming open-loop, there would be evidence for a decreasing emphasis on visual feedback for motor control. We eliminated vision of the moving limb after moderate and extensive practice and found that the movement became more dependent on this feedback with greater amounts of practice. In the present study, we wished to test the hypothesis, developed from our previous work, that at the base of movement learning is a sensorimotor representation that consists of integrated information from central processes and sensory feedback derived from previous experiences on the movement task. A strong test of this hypothesis would be the prediction that for an aiming task, the addition of vision, after moderate and relatively extensive practice without vision, would lead to an increasingly large movement decrement, relative to appropriate controls. We found good support for this prediction. From these and previous results, and the idea of the sensorimotor representation underlying learning, we develop the idea that learning is specific to the conditions that prevail during skill acquisition. This has implications for the ideas of generalized motor program and schema theory.     

Visual Perception Modifies Goal-directed Movement Control: Supporting Evidence from a Visual Perturbation Paradigm

It is well known that dynamic visual information influences movement control, whereas the role played by background visual information is still largely unknown. Evidence coming mainly from eye movement and manual tracking studies indicates that background visual information modifies motion perception and might influence movement control. The goal of the present study was to test this hypothesis. Subjects had to apply pressure on a strain gauge to displace in a single action a cursor shown on a video display and to immobilize it on a target shown on the same display. In some instances, the visual background against which the cursor moved was unexpectedly perturbed in a direction opposite to (Experiment 1), or in the same direction as (Experiment 2) the cursor controlled by the subject. The results of both experiments indicated that the introduction of a visual perturbation significantly affected aiming accuracy. These results suggest that background visual information is used to evaluate the velocity of the aiming cursor, and that this perceived velocity is fed back to the control system, which uses it for on-line corrections.