Shape recognition in infancy: visual integration of sequential information

To investigate the integration of visual information across space and time, infants watched the contour of a shape being traced out by a moving point source of light and then viewed 2 objects: 1 with the shape they had just seen traced and 1 with a novel shape. In the first study, which varied the number of tracings (velocity about 16.7 cm/sec), 12-month-olds looked longer at the novel object in all conditions, indicating that they recognized the similarity between the alternative object and tracing of like contour. Study 2, which varied velocity (14.7 and 7.4 cm/sec), stimuli, and the number of tracings, provided evidence for the generalizability of these results but indicated that performance suffered at the slower speed. Studies 3 and 4 held velocity constant (14.7 cm/sec) while varying the size of the tracings and age of the infant: 12-month-olds, but not 6-month-olds, recognized figures in instances where it took up to 10 sec to complete a single tracing. Because it took so long to complete many of the tracings, central rather than purely retinal mechanisms appear to be involved in integrating shape in these situations.     

Visual Learning and the Brain: Implications for Dyslexia

ABSTRACT— The central and peripheral visual fields are structurally segregated in the brain and are differentiated by their anatomical and functional characteristics. While the central field appears well suited for tasks such as visual search, the periphery is optimized for rapid processing over broad regions. People vary in their abilities to make use of information in the center versus the periphery, and we propose that this bias leads to a trade-off between abilities for sequential search versus contemporaneous comparisons. The parameter of periphery-to-center ratio (PCR) describes the degree of peripheral bias, which evidence suggests is high in many people with dyslexia. That is, many dyslexics favor the peripheral visual field over the center, which results in not only search deficits but also (more surprisingly) talents for visual comparison. The PCR framework offers a coherent explanation for these seemingly contradictory observations of both deficit and talent in visual processing. The framework has potential implications for instructional support in visually intensive domains such as science and mathematics.     

Differences in Career Attitude and Career Knowledge for High School Students with and without Paid Work Experience

A large sample (N =1,279) of high school students was assessedusing the Career Maturity Inventory (CDI-A;Lokan, 1984). The two composite scales ofCareer Development Attitude and CareerDevelopment Knowledge were examined in relationto age, gender and whether the students hadengaged in paid work experience. Levels ofcareer maturity increased with age, and ingeneral, females at all age levels reportedhigher levels of maturity than males. Studentswith paid work experience reported higherlevels of Career Development Attitude thanthose with no paid work experience. CareerDevelopment Knowledge was not associated withpaid work experience. Gender differences alsooccurred, with females with paid workexperience generally reporting higher levels ofcareer maturity than males with paid workexperience. Results are discussed in adevelopmental context.     

Keiyo Cattle Raiding, Kechui Mathematics and Science Education: What do They Have in Common?

In the context of globalization, indigenous educational systems of endangered cultures are faced with extinction. Biologists recognize that biodiversity is dependent upon sustaining and promoting knowledge and values of indigenous cultures. Education researchers have a similar responsibility — to promulgate educational diversity before several thousand years of valuable educational knowledge is extirpated. This paper presents the Keiyo of Kenya who have a rich educational system. Its focus is on an indigenous game, Kechui (using calculations to sharpen your mind), based on cattle raiding, and the Keiyos' use of the game for learning mixed strategy-based probabilistic problem solving. Kechui may also have international potential for teaching probabilistic problem solving in contemporary mathematics and science, especially genetics.     

Theoretical and Practical Perspectives for the Future of Educational and Vocational Guidance in Australia

This article highlights therelationship between social change andeducational and vocational guidance provision,and emphasises the theoretical and practicalimperative to renew and refocus educational andvocational (career) guidance services. Afterdescribing the major influences on a changingeducational and vocational guidance nature andprovision, it describes a number of specificdevelopments in Australia.     

Support provision for students with Special Educational Needs in Irish Primary Schools

The provision of support for students with special educational needs in schools is seen as a critical factor in the development of inclusive education. The means through which support is provided, continues to be based upon assumptions that individualized learning approaches may remediate learning difficulties. This paper reports findings from a longitudinal study of provision for students with special educational needs conducted in The Republic of Ireland. The authors identify in‐class and withdrawal approaches to support and consider the impact and efficacy of these. It is suggested that the withdrawal of students from class continues to be a dominant model, and that this approach has limitations and may not be conducive to the promotion of inclusive practice. Drawing upon data obtained through interviews with service users (students and parents/carers), and service providers (teachers, paraprofessionals, principals), and those gained from a national survey, the authors present the authentic voices of individuals to illustrate the experiences and opinions of those directly involved in special education in schools.     

Language Development at Home and School: Gains and losses in young bilinguals

In this paper we examine the topic of the language development of three young bilingual children at both home and school. Our aim is to consider the language issues that arise in such children, taking into account their parents' language background and experience of school systems, language practices and 'policy' in the home, and the children's experience of a year of nursery school as reported by their teachers. We try to show how different strands of the children's experience fit together; their 'mother tongue', their mothers' aspirations for them, their teachers' view of their progression, and their competence in English, all considered against the background of current curriculum guidance. We conclude with an examination of the gains and losses these children have made in the school system so far, and with an analysis of what the roles of 'mother tongue' might be for children in these and similar circumstances.     

Measuring the attitudes of human service professionals toward deafness

The Attitudes to Deafness Scale is a 22-item measure of attitudes toward people who are deaf designed for use with human service professionals. Attitude statements were generated from personal accounts by deaf people in the literature and from a focus group in which deaf people discussed their experience of hearing people's attitudes toward them. A 60-item scale was administered to a group of 121 clinical and forensic psychologists during their training. Item analysis was conducted to select items that effectively distinguished participants with a positive attitude from those with a negative attitude toward deaf people. The scale may be used in any context where a professional group comes into contact with people who are deaf.