Family Involvement in Residential Treatment: Staff, Parent, and Adolescent Perspectives

We conducted interviews with staff members, parents, and adolescents at a residential treatment center to examine the frequency, nature, and satisfaction with contact between parents and adolescents and parents and staff. We also assessed perceived barriers to family involvement and possible solutions for improving this involvement. Results indicated that there is more contact between parents and adolescents than in previous studies. In addition, contact between parents and staff occurred frequently, although there were discrepancies regarding their reasons for the contact. Most parents and adolescents reported that the amount of contact was adequate, but the majority of staff members perceived there to be not enough contact. Adolescents reported that there was not enough contact with secondary sources of support, most often other family members. Barriers to family involvement included transportation, parent responsibilities and personal problems, and legal issues. In addition, parents reported that strained family relationships and problematic adolescent behavior interfered with their involvement. The need for residential treatment centers to broaden services to include parents as well as members of the larger support network is discussed.     

Virtual and physical toys: open-ended features for non-formal learning.

This paper examines the integrated toy--both physical and virtual--as an essential resource for collaborative learning. This learning incorporates rehabilitation, training, and education. The data derived from two different cases. Pedagogical issues related to non-formal learning and open-ended features of design are discussed. Findings suggest that social, material, and expressive affordances constitute a base for an alterative interface to encourage children's play and learning.     

Multivariate base rates for the assessment of executive functioning among children and adolescents

This study provides observed base rates of low executive functioning test scores among healthy children and adolescents, stratifies those base rates by narrow intellectual functioning and age groupings, and provides normative classification ranges to aid the interpretation of performances on the Delis-Kaplan Executive Function System (D-KEFS) in clinical practice and research. Participants included 875 children and adolescents between 8 and 19 years old from the D-KEFS normative sample (48% male; 52% female). Among these participants, 838 had complete data and were included in the current study. The racial/ethnic composition of the sample was: White (73.7%), African American (12.4%), Hispanic (11.1%), and other racial/ethnic backgrounds (2.7%). The Overall Test Battery Mean (OTBM) and the prevalence of low scores at various clinical cut-offs were calculated for the 13 primary scores from the D-KEFS Trail Making Test, Verbal Fluency Test, and Color-Word Interference Test. The OTBM and base rates were also calculated separately for those scores reflecting executive functioning (n = 7) and processing speed (n = 6). Healthy children and adolescents commonly obtained low scores on the D-KEFS tests considered here. Younger age, lower estimated full-scale intelligence quotient, and more test scores interpreted were associated with a greater frequency of low scores. Clinicians and researchers are encouraged to consider these multivariate base rates when assessing and attempting to identify executive functioning impairment among children and adolescents with the D-KEFS.     

Extending the metatheoretical framework of social/political influence to leadership: Political skill effects on situational appraisals,responses, and evaluations by others

Building off and extending the metatheoretical framework of political skill, we examined the cognitive and behavioral mechanisms through which the intrapsychic effects of political skill inform its interpersonal effects, and how these interpersonal effects ultimately are transmitted into desirable outcomes. Specifically, we argue that politically skilled leaders demonstrate better situational appraisals (i.e., understanding), and thus, more appropriate situational responses (e.g., consideration and initiating structure behaviors); the demonstration of appropriate situational responses is argued to positively affect subordinates’ evaluations of their leaders (i.e., instrumentality) and subordinates’ concomitant attitudes (e.g., job satisfaction) and behaviors (e.g., performance). Results provided mixed support for the hypothesized relationships. Specifically, leader understanding mediated the relationship between political skill and consideration but not the relationship between political skill and structuring behaviors. Moreover, consideration was positively related to subordinates’ group-level instrumentality perceptions, whereas initiating structure was not. Finally, subordinates’ individual (within-level) perceptions of leader instrumentality were positively related to job satisfaction and performance. The implications of these findings as they relate to theory and practice are discussed along with this investigation's strengths, limitations, and directions for future research.     

In Search of Śiva: Mahādēviyakka's V&īraśaivism

Mahādēviyakka was a radical 12th century Karnataka saint of whom surprisingly little has been written. Considered the most poetic of the Vīra?aivas, her vacanas are characterized by their desperate searching for ?iva. I attempt to convey Mahādēvi's epistemology and its struggle to 'know' ?iva, necessitating a lifetime of searching for him; offer an interpretation of the innate presence of ?iva in the world and its consequences for epistemology; and explore the sense of tragic love inherent in devotional searching for ?iva. My primary goal is to offer a powerful and positive, yet critical, interpretation of Mahādēvi's beautiful prose on her relationship with ?iva.     

Repeated acquisition and performance chamber for mice: a paradigm for assessment of spatial learning and memory

Molecular genetic manipulation of the mouse offers the possibility of elucidating the function of individual gene products in neural systems underlying learning and memory. Many extant learning paradigms for mice rely on negative reinforcement, involve simple problems that are relatively rapidly acquired and thus preclude time-course assessment, and may impose the need to undertake additional experiments to determine the extent to which noncognitive behaviors influence the measures of learning. To overcome such limitations, a multiple schedule of repeated acquisition and performance was behaviorally engineered to assess learning vs rote performance within-behavioral test session and within-subject utilizing an apparatus modified from the rat (the repeated acquisition and performance chamber; RAPC). The multiple schedule required mice to learn a new sequence of door openings leading to saccharin availability in the learning component during each session, while the sequence of door openings for the performance component remained constant across sessions. The learning and performance components alternated over the course of each test session, with different auditory stimuli signaling which component was currently in effect. To validate this paradigm, learning vs performance was evaluated in two inbred strains of mice: C57BL/6J and 129/SvJ. The hippocampal dependence of this measure was examined in lesioned C57BL/6J mice. Both strains exhibited longer latencies and higher errors in the learning compared to the performance component and evidenced declines in both measures across the trials of each session, consistent with an acquisition phenomenon. These same measures showed little or no evidence of change in the performance component. Whereas three trials per session were utilized with C57BL/65 mice in each component, behavior of 129/SvJ mice could only be sustained for two trials per component per session, demonstrating differences in testing capabilities between these two strains under these experimental conditions and thus precluding the ability to make systematic strain comparisons of learning capabilities. Hippocampal lesions in C57BL/6J mice resulted in substantially longer latencies and increased errors in the learning but not the performance component, demonstrating the importance of this region to spatial learning as measured in the RAPC. In aggregate, this positive reinforcement-based operant paradigm to evaluate murine spatial learning detects strain differences and hippocampal dependence and permits explicit differentiation of the impact of noncognitive contributions to learning measures on a within-subject, within-session basis.     

Outcomes of teen parenting programs in New Mexico

Although teen pregnancy rates in the U.S. have recently declined, the need for programs for pregnant and parenting teens remains. This report presents information from 53 programs that served pregnant and parenting teens in New Mexico between 1997 and 2000. Data on 3,194 teens, including their characteristics, the services they received, and several key outcomes, are examined. These data indicate that the programs were successful in promoting educational attainment as well as gains in employment. Prevalence of late prenatal care and low birth weight babies was lower than statewide averages, and the rate of repeat pregnancy was lower than that reported by many other programs. How these programs achieved these results is discussed.     

Developmental change in the cross-modal Stroop effect

E. M. Elliott, Cowan, and Valle-Inclan (1998) reported a cross-modal Stroop-like interference effect in adults when an auditory distractor (a color or noncolor word) occurred simultaneously with a color patch to be named. Response times were slower with color as opposed to noncolor distractors. To distinguish two accounts of this phenomenon, we tested 4- to 11-year-olds and adults. The suppression hypothesis posits that the irrelevant word enters a phonological buffer and is injurious to color naming if the participant is unable to suppress its representation in time. The concurrent processing hypothesis states that interference occurs when the distractor and the color name are lexically accessed at the same time. Our finding that the cross-modal Stroop effect occurred in young children even with a distractor presented 500 msec in advance of the color patch favors the suppression account. Development in executive functioning may also contribute to the interference effect's becoming progressively weaker with age.     

The structure of child and adolescent psychopathology: generating new hypotheses

To begin to resolve conflicts among current competing taxonomies of child and adolescent psychopathology, the authors developed an interview covering the symptoms of anxiety, depression, inattention, and disruptive behavior used in the Diagnostic and Statistical Manual of Mental Disorders (4th ed.; DSM-IV; American Psychiatric Association, 1994), the International Statistical Classification of Diseases and Related Health Problems (ICD-10; World Health Organization, 1992), and several implicit taxonomies. This interview will be used in the future to compare the internal and external validity of alternative taxonomies. To provide an informative framework for future hypothesis-testing studies, the authors used principal factor analysis to induce new testable hypotheses regarding the structure of this item pool in a representative sample of 1,358 children and adolescents ranging in age from 4 to 17 years. The resulting hypotheses differed from the DSM-IV, particularly in suggesting that some anxiety symptoms are part of the same syndrome as depression, whereas separation anxiety, fears, and compulsions constitute a separate anxiety dimension.     

Visual body-size adaptation and estimation of tactile distance

Estimating the size of bodies is crucial for interactions with physical and social environments. Body-size perception is malleable and can be altered using visual adaptation paradigms. However, it is unclear whether such visual adaptation effects also transfer to other modalities and influence, for example, the perception of tactile distances. In this study, we employed a visual adaptation paradigm. Participants were exposed to images of expanded or contracted versions of self- or other-identity bodies. Before and after this adaptation, they were asked to manipulate the width of body stimuli to appear as ‘normal’ as possible. We replicated an effect of visual adaptation such that the body-size selected as most ‘normal’ was larger after exposure to expanded and thinner after exposure to contracted adaptation stimuli. In contrast, we did not find evidence that this adaptation effect transfers to distance estimates for paired tactile stimuli delivered to the abdomen. A Bayesian analysis showed that our data provide moderate evidence that there is no effect of visual body-size adaptation on the estimation of spatial parameters in a tactile task. This suggests that visual body-size adaptation effects do not transfer to somatosensory body-size representations.