Difficulties,skills and therapy strategies in interventions with court-ordered batterers in Spain

As a consequence of its coercive context, psychological interventions with men convicted of intimate partner violence in Spain involve a series of challenges in the design and development of the therapy program. This article reviews the main international contributions that have considered the difficulties produced by the context and analyzes the most important skills that the therapist can utilize in order to facilitate the therapeutic process. The difficulties have been grouped in accordance with origin: (a) difficulties derived from the context of the intervention; (b) the characteristics of the offender; (c) the therapist. The principal skills and strategies of the therapist seem to be related to the clear definition of the intervention context, the management of therapeutic relationship and the therapist's capacity for analysis and reflection. Finally, this work recognizes the need for research projects that focus on the therapist and aspects of the therapeutic process that could optimize the implementation of therapist training actions and improve treatment results.     

Organization-, supervisor-, and workgroup-directed commitments and citizenship behaviours: A comparison of models

The purpose of this study was to test two competing theoretical models explaining the relationships between affective commitment to the organization, the supervisor, and the workgroup, and organizational citizenship behaviours (OCB) specifically directed toward these foci. Drawing on cohesion theory, the first model stated that commitment to the organization is a key mediating variable intervening between “local” commitments and OCB (Hunt & Morgan, 1994). Building on Lewin's (1943) field theory and the notion of psychological proximity, the second model proposed that commitment to the most proximal focus should mediate the effect of commitment to more distal entities on OCB. Data drawn from a sample of blue-collar workers and their supervisors in an iron and steel company indicated that the model of a proximal mediation best represented the relationships between commitments and OCB.     

Exploring the Limits of Peripheral Vision for the Control of Movement

The role played by peripheral visual information in the control of aiming movements is not fully understood, as is indicated by the conflicting results reported in the literature. In the present study, the authors tested and confirmed the hypothesis that the source of the conflict lies in the portion of the visual peripheral field that has been under scrutiny in the different studies. Participants (N = 60) moved a computer mouse from a fixed starting position to 1 of 3 targets under varied vision conditions. The portion of the peripheral visual field that best ensured directional accuracy of a sweeping movement was found to be located between 20° and 10° of visual angle, whereas the area found to favor directional accuracy of an aiming movement comprised 30° through 10° of visual angle.     

The Role of Scheduling in Learning Through Observation

In the 2 experiments reported in the present article, participants (N = 40, Experiment 1; N = 60, Experiment 2) learned to solve complex puzzles under different schedules of physical practice, observation, or a combination of the two. The results of both studies indicated that observation, in the absence of any physical practice, allows the development of an accurate but relatively nonfunctional cognitive representation. The data suggest that, even when the motor demands are minimal, the functional significance of the cognitive representation is not maximally realized until physical interaction with the task is possible. Thus, providing the participant with an interspersed practice schedule during acquisition enables that interaction to occur, thereby allowing the absolute number of physical practice trials to be reduced and replaced by observation trials, but leading to equivalent learning.     

On the Role of Visual Afferent Information for the Control of Aiming Movements Toward Targets of Different Sizes

The authors investigated (a) whether the specificity of practice hypothesis is mediated by the importance of visual afferent information for the control of manual aiming movements and (b) how movement planning and online correction processes to the movement initial impulse are affected by the withdrawal of visual information in transfer. In acquisition, participants (N = 40) aimed at targets of different sizes in a full-vision or in a target-only condition before being transferred to a target-only condition without knowledge of results. The results supported the hypothesis that learning is specific to the source or sources of afferent information that are more likely to ensure optimal performance. The results also suggested that individuals will not always use visual afferent information more extensively when aiming at a small rather than at a large target. Instead, in a temporally constrained task, the relative efficiency of visually based corrections appears to mediate how exclusively an individual will rely on online visual afferent information for movement control. Finally, the detailed kinematic analysis performed in the present study clearly indicated that online modifications to the movement primary impulse are possible, arguing for a continuous or pseudo-continuous control of relatively slow aiming movements on the basis of visual afferent input.     

On the Nature of the Probe Reaction-Time Task to Uncover the Attentional Demands of Movement

McLeod (1980) reported some findings which showed that no phase of a movement was more attention-demanding than the other phases, contrary to all the results previously reported (e.g., Ells, 1973; Glencross, 1980). However, McLeod used a paradigm in which the two tasks were serial. Each task consisted of a series of 50 reaction time (RT) trials and/or 50 aiming movement trials. In addition to this, the interval of time between a response and the following signal within each series was constant. In order to try to replicate McLeod’s findings, two experiments were conducted in which the response-signal interval was manipulated. The hypothesis was that time certainty associated with a constant interval would facilitate the allocation of time and would thus artificially reduce the interference between tasks. In Experiment I, manual responses were used for the RT task; in Experiment II, they were vocal. Manipulation of the response-signal interval does not change one of the conclusions reached by McLeod: when the RT task involves vocal responses and the results on the RT task are analyzed in terms of response rather than stimulus arrival during the movement, then there is no phase of the movement which is more attention-demanding than the other phases. However, the results of Experiment II in which both the vocal RT task and the movement task significantly deteriorated in the dual-task condition were taken as an indication that the movement studied involved central attentional demands.     

Restoration processes after need thwarting: When autonomy depends on competence

Like other fundamental needs, recent studies have shown that the need for autonomy elicits goal-oriented behaviors that aim to its restoration when it is thwarted. However, no research has yet examined the factors that moderate the restoration process. In the present studies, we investigated the moderating role of perceived competence in the restoration of autonomy. We monitored autonomy restoration behaviors by assessing the extent to which participants turn away from a controlling function in a computerized puzzle task. Across the two studies, the results suggested that, in comparison with baseline participants, autonomy-deprived participants acted to regain their autonomy but only when their level of perceived competence in the task was high. When perceived competence was low, participants disengaged from autonomy restoration, seemingly to favor competence. These findings are discussed using self-determination theory and models of stress and coping.     

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.     

Emotional Intelligence or Personality in Resistance to Change? Empirical Results in an Italian Health Care Context

This study investigated the role of personality traits and emotional intelligence in relation to resistance to change. The Eysenck Personality Questionnaire–Revised Short Form, the Bar‐On Emotional Quotient Inventory, and the Resistance to Change Scale were administered to 274 Italian physicians and nurses. With respect to resistance to change, the study revealed that emotional intelligence added a significant percentage of incremental variance compared with personality trait variances. The results highlight the role of emotional intelligence and its relationship with resistance to change and offer new research and intervention perspectives for career development and career counseling.