A psychological interview process for career assessment

The authors present a comprehensive four-step process for conducting initial career assessment by interview. The process assesses skills, interests, values, non-work relationships, goals and activities, and psychological aspects such as self-esteem and work attitudes. The interview process is flexible, internally consistent and portable. Step One analyzes the client's work history and includes reasons why such a history may be inadequate. Step Two examines work-related preferences. Step Three investigates lifestyle context, and Step Four produces a summary of all the accumulated interview information, including options the client wishes to avoid. Detailed worksheets accompany the article.This article has been adapted, with permission, from Chapter 3, Promoting Client Self Understanding, in Yost, E. B., and Corbishley, M. A.Career Counseling: A Psychological Approach. San Francisco: Jossey-Bass, 1987.     

The examination of labels—a beginning

Unclear terminology is a major problem for the study of anomalies, and ambiguous definitions of reality and consciousness make it particularly difficult to discuss anomalous phenomena. Researchers have used the term near-death experience to describe four different kinds of incidents. To avoid confusion, we need new labels for experiences that differ in their relationship to death and near-death and in their transformative potential.     

On the primacy of the brain

It is well established that emotion is a product of complex interactions among the biological subsystems of the organism. The human nervous system must play a fundamental role in organizing and controlling the manifestation of these interactions. Since emotional disturbance is one of the major phenomena underlying maladaptive behavior, a solid understanding of its nature and mechanisms is essential for enhancing therapeutic practices. Although an increasing number of scholars now advocate the notion of the dependence of emotion on antecedent cognitive processes (e.g., Lazarus, 1982, 1984), and the relevance of both central and peripheral processes of the nervous system to emotional behavior (e.g., Panksepp, 1988; Pribram, 1984), Zajonc (1984) views emotion as independent of cognitive processes. This paper provides a critical evaluation of the basis of Zajonc’s (1984) argument from a neurobiological and psychotherapeutic point of view.     

Conversational skills training with a chronically hospitalized psychiatric inpatient

While conversational skills training has been conducted with select psychiatric populations, it has rarely been used with severely debilitated inpatients. The purpose of this study was to use a multiple baseline design across conversational components to evaluate the effectiveness of a conversational skills training package to enhance the conversational repertoire of a severely impaired inpatient. Audiotaped conversations with a standard confederate were evaluated for the frequency of questions, self-disclosures, and reinforcing/acknowledging comments. Generalization probe conversations to novel partners were also obtained. Training effects were noted for the 3 conversational units. Mixed results were obtained for generalization and follow-up.     

ODAP: a stand-alone program for observational data acquisition

A software program written to collect real-time, observational data is described. The flexible program allows customized behavior codes and observational durations and simultaneously records both timed and counted events. The data are collected by means of single keystrokes, automatically stored to disk with 100th of a second resolution and summarized for each observational session. The program’s database files are dBASE III PLUS compatible and may be browsed, edited, or converted to ASCII files from the program’s main menu. Field testing demonstrated the efficiency and interobserver reliability of the program (for frequency,r=0.81; for durational behaviors,rs=0.89 and 0.96). The software operates on IBM XT/AT/PS 2s and most clones with PC/MS DOS version 2.0 or greater.     

The possible use of IBM-compatible computers and digital-to-analog conversion to assess children for reading disabilities and to increase their phonemic awareness

Hurford and Sanders (1990) and Hurford (1990) have been successful at employing digital-toanalog (D/A) conversion to remediate phonemic processing deficiencies in young disabled readers. The present study outlines how D/A conversion might be used to identify students who are at risk for reading disabilities. A large sample of first-quarter first graders (227) was administered tests of reading (the Word Identification and Word Attack subtests of the Woodcock Reading Mastery Tests-Revised), a measure of intelligence (IQ according to the Peabody Picture Vocabulary Test-Revised), and two measures of phonemic processing (phonemic discrimination and phonemic segmentation). The phonemic processing measures were significantly related to the measures of reading (ps < .0001). Students assigned to at-risk and not-at-risk groups on the basis of their reading scores were significantly different on the phonemic processing measures and on IQ. No differences were due to age. After the data were reanalyzed with IQ as a covariate, only phonemic segmentation differentiated the two groups. Although phonemic discrimination may be less useful for identifying young at-risk students, it seems to help in the remediation of phonemic processing deficiencies. Phonemic discrimination training would be less effective were it not for D/A conversion with personal computers.     

Sensorimotor synchronization: Motor responses to regular auditory patterns

Subjects (N = 32) were asked to synchronize a motor response with tones in auditory patterns. These patterns were created from six tones and six intertone intervals of equal duration. The pitch of the first tone differed from the others. It was found that subjects used three types of timing in their motor response: (1) the first intertone interval was prolonged and the second interval was shortened, (2) the second intertone interval was prolonged and the first interval was shortened, and/or (3) the first interval and the second interval were of approximately the same length. The prolongation of the fifth interval was observed during all three types of timing. The results are explained using the concept of suprasegmental control of timing, which explains a prolongation of intervals at critical control point of the patterns. The occurrence of three different strategies of timing is discussed in connection with similar principles in musical performance.     

Restricted multidimensional scaling models for asymmetric proximities

Restricted multidimensional scaling models [Bentler & Weeks, 1978] allowing constraints on parameters, are extended to the case of asymmetric data. Separate functions are used to model the symmetric and antisymmetric parts of the data. The approach is also extended to the case in which data are presumed to be linearly related to squared distances. Examples of several models are provided, using journal citation data. Possible extensions of the models are considered. This research was supported in part by USPHS Grant 0A01070, P. M. Bentler, principal investigator, and NIMH Grant MH-24819, E. J. Anthony and J. Worland, principal investigators. The authors wish to thank E. W. Holman and several anonymous reviewers for their valuable suggestions concerning this research.     

A note on the investigation of local and global identifiability

In general, nonlinear models such as those commonly employed for the analysis of covariance structures, are not globally identifiable. Any investigation of local identifiability must either yield a mapping of identifiability onto the entire parameter space, which will rarely be feasible in any applications of interest, or confine itself to the neighbourhood of such points of special interest as the maximum likelihood point.The author would like to thank J. Jack McArdle and Colin Fraser for their comments on this paper.