Undergraduate preparation and early career outcomes: A study of recent college graduates

This study examined employment outcome among recipients of a liberal arts BA at a state university, 1 year (N = 218) and 3 years (N = 156) after graduation. A working definition of underemployment (educationally inappropriate employment) was developed and described. The relationship of age, sex, and previous educational and occupational experience to occupational and educational outcome was examined, using cross-tabular analysis with controls to specify high-risk groups. Variables reflecting occupational outcome were each differently related to the independent variables, and many relationships changed over time. Educationally appropriate employment was related to college major and to participation in internship or work-study programs. Income and perceived stability of present job were linked to age, sex, and previous employment experience. Early unemployment was related to age, sex, previous employment experience, and inversely to grade point average. Patterns of occupational change were linked to sex, major, internships, and grade point average. Educational outcome was related to age, sex, major, grade point average, and first year employment outcome.     

Early employment situations and work role satisfaction among recent college graduates

This study examined work role satisfaction as related to employment outcome among recipients of a liberal arts BA at a state university, 1 year (N = 218) and 3 years (N = 156) after graduation. A measure of work role satisfaction was developed and described. The relationship of work role satisfaction to work situation variables and to sex of the respondent was examined, using cross-tabular analysis, analysis of variance, and t tests, to assess shifts in satisfaction over time. Job Fit Index (a measure of underemployment), income, and job stability were all related to satisfaction. Findings suggested that priorities may change over time. Changes in Job Fit Index scores were related to changing levels of satisfaction, and interpretations suggested.     

Quantitative CT scan studies in aphasia. I. Infarct size and CT numbers

Infarct si?e (number of 1-mm² pixels in the lesion) on CT scans of 30 aphasia patients was obtained with a semiautomated computer program. The mean number of lesion pixels present per slice containing lesion was approximately 500 for mild aphasias (transcortical motor and conduction), 700 for Wernicke's, 1000 for Broca's, 1500 for mixed, and 2000 for globals. These differences were significant for $\text{11}\text{15}$ of the group pairwise comparisons. When lesion locus was controlled for in the anterior/posterior plane, 73–100% of the aphasia patients were correctly classified as to type of aphasia by a discriminant analysis utilizing only the number of lesion pixels present on two CT slices. Different slice combinations were used for different aphasia group comparisons. There was a significant correlation between severity of aphasia and lesion size. There was a significant correlation between lesion size and the CT numbers in the lesion. This type of analysis may be useful to predict the prognosis for recovery potential in aphasics who have CT scans performed at 2 months poststroke.     

Another psychobiological view of sexual differentiation

The major psychobiological theory of sex differences is based on the hypothesis that hormones induce sex differences in neural organization. Hormonally masculinized or feminized brains are thought to underlie subsequent behavioral sex differences. This theory and the constructs, arguments, and evidence used in its support are closely examined. Some conceptual problems with widely used arguments are identified and discussed. Behavioral, physiological, and anatomical evidence from studies of animal sexual behavior is reviewed. It is concluded that the evidence fails to support generally accepted views that early hormones affect behavior through direct effects on brain differentiation and that behavioral differences must be located in the brain. It is argued instead that hormones coact and interact with other factors throughout development, that brain differences may result from as well as cause functional differences, and that hormone-based sources of sex differences may be located throughout the body and in the social surround. Directions for new research are suggested and implications for interpretation of human sex differences are discussed.     

Language skills in developmentally disabled children

Language measures of receptive and expressive vocabulary, story telling, and immediate verbal memory, as well as two perceptual tests, were administered to a group of developmentally disabled children, and three groups of normal children, one matched for chronological age, one for mean length of utterance, and one for performance on one of the perceptual tests. When diagnostic subgroups of “autism,” “childhood schizophrenia,” and “other severe disturbance” were formed using standard diagnostic tools, no language differences were found between diagnostic subgroups. When compared with the normal control groups, many of the language skills of the entire group of disabled children, and of the autistic children alone, were rather evenly delayed, showing only a relative sparing of the naming function, and a relative deficit on immediate verbal memory. Furthermore, a high correlation was found in a small subsample between the difficulty levels of morphemes in the disabled children and those reported for young normal children. Experienced special-education and early-childhood teachers could not discriminate the stories of the disabled children from those of young normal children. Analysis of the disabled children's error strategies, however, revealed features of their language not found in normal children's language: (1) extreme perseveration in test answers and stories, (2) attention to minor features of test stimuli, and (3) failure to adopt alternate, flexible communicative strategies. We conclude that the language acquisition of the developmentally disabled children is delayed but not deviant in its semantic and syntactic competence, and that current diagnostic practice does not differentiate linguistically distinct subgroups. We further argue that where developmentally disabled children do exhibit aberrant features of language, such deviance parallels similar features in other cognitive skills, and is not unique to language.     

Some foundations and directions for applied developmental psychology

Applied developmental psychology (ADP) is an “umbrella” discipline which includes a range of psychological sciences and professions committed to use of the data base and methods of developmental psychology to address problems in education, health, human services and public policy. ADP emerges now as a manifestation of increasing recognition of the limits of developmental psychology's traditional models and paradigms, increasing recognition of our appropriate role in social problem-solving and public policy formation and an employment market which reflects these awarenesses. Consideration of clinical psychology as an ADP provides examples of synergies and distinctions helpful in defining ADP. The “linkage” concept inherent in a “scientist-practitioner” model is emphasized as a key in this definition and as a basis for designing appropriate doctoral training programs in ADP.