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Peer reviewedNicholas, Johanna G.; And Others – Volta Review, 1994
This study found that, although normally hearing children produced more communicative acts than 9 agemates (age 14-34 months) with severe hearing impairments, the hearing-impaired children produced more than hearing children matched for verbal language age. Results reveal that preverbal hearing-impaired children make significant strides that can…
Descriptors: Age Differences, Communication Skills, Deafness, Developmental Stages
Peer reviewedLewis, Michael – Human Development, 1993
Suggests that the central focus of the article by Raver and Leadbeter (PS 521 712) in this issue is the ways individuals know. Examines two ways of knowing, verbal responses to questions and action without verbal response; and outlines a four-level developmental sequence of knowing that develops from one's own knowing to having a perspective on…
Descriptors: Cognitive Development, Developmental Stages, Nonverbal Communication, Perspective Taking
Peer reviewedTomasello, Michael; Olguin, Raquel – Cognitive Development, 1993
Eight 20- to 26-month-old children were exposed to 4 novel nouns in a game context over several weeks to determine whether, when, and in what ways the children would use them beyond their original linguistic forms. The majority were productive in their use of the nouns, indicating that the grammatical category for noun is operational by age 2.…
Descriptors: Child Language, Developmental Stages, Early Childhood Education, Language Acquisition
Peer reviewedGorenflo, Carole W.; And Others – Early Child Development and Care, 1995
Examined the impact of an educational intervention on knowledge of speech-language development among 66 caregivers of children. An educational handout containing information about basic speech and language development milestones was provided to the intervention group. Results of pre- and posttests indicated that the intervention group increased…
Descriptors: Child Caregivers, Child Language, Developmental Stages, Early Childhood Education
Peer reviewedSophian, Catherine; And Others – Developmental Psychology, 1995
Two experiments studied preschool children's ability to infer numerosity from correspondence between two sets. Found that children were able to make inferences as early as three years of age. However, differences between the two conditions suggest production deficiencies in young children's use of counting as a problem-solving strategy when they…
Descriptors: Cognitive Processes, Computation, Developmental Stages, Inferences
Peer reviewedYoder, Paul J.; And Others – Language, Speech, and Hearing Services in Schools, 1995
This study of four young children with developmental delay involved building verbal routines through repeated interaction with the same picture book, followed by generalization sessions. The intervention increased generalized mean length of utterance in children in the first stage of language development more than in children in a later language…
Descriptors: Developmental Delays, Developmental Stages, Generalization, Instructional Effectiveness
Peer reviewedWong, Eugene H.; Bridges, Lisa J. – Adolescence, 1995
Questionnaires assessing perceived competence, perceived control, competitive trait anxiety, and motivational orientation were completed by 108 boys. Additionally, 12 coaches were observed for 2 games in order to record coaching behaviors during competition. The model tested showed that both coaching behaviors and children's trait anxiety causally…
Descriptors: Children, Competition, Developmental Stages, Locus of Control
Peer reviewedYoder, Paul J.; And Others – Journal of Early Intervention, 1995
This study tested the hypothesis that pretreatment level of play would predict the rate of increase in prelinguistic, intentional requesting during prelinguistic communication intervention of 8 children (ages 21 to 30 months) with developmental disabilities. A positive relation was found between amount of transitional or symbolic play at baseline…
Descriptors: Developmental Disabilities, Developmental Stages, Early Intervention, Nonverbal Communication
Peer reviewedRusher, Anne Spidell; And Others – Early Childhood Research Quarterly, 1995
This longitudinal study investigated development and individual differences in exploration and play during infancy and toddlerhood among 34 children. Found that measures of developmental level, such as pretend play level and meaningful sequence, showed a significant increase between age 19 months and 30 months. (MDM)
Descriptors: Age Differences, Developmental Stages, Exploratory Behavior, Individual Differences
Peer reviewedCassel, Russell N. – Reading Improvement, 1991
Describes a computerized assessment instrument to assess development in youngsters 2 to 7 years of age, based on the 12 developmental scales of Arnold Gesell. (SR)
Descriptors: Aptitude Tests, Children, Developmental Stages, Early Childhood Education
Peer reviewedFeldman, Heidi M.; And Others – Journal of Communication Disorders, 1992
This article describes the language development in a left-handed young child with a left middle cerebral artery infarction. Patterns of development observed between 36 and 60 months of age are described as a transient jargon or fluent aphasia possibly resulting from initial reliance on an uninjured right hemisphere. (Author/DB)
Descriptors: Aphasia, Brain Hemisphere Functions, Developmental Stages, Head Injuries
Peer reviewedKohen-Raz, Reuven; And Others – Journal of Autism and Developmental Disorders, 1992
Postural control was evaluated in 91 autistic, 166 normal, and 18 mentally retarded children using a computerized posturographic procedure. In comparison to normal children, the autistic subjects were less likely to exhibit age-related changes in postural performance, and postures were more variable and less stable. (Author/JDD)
Descriptors: Age Differences, Autism, Computer Oriented Programs, Developmental Stages
Peer reviewedWray, David – Educational Review, 1993
A British study asked 475 children aged 7-11 to write a piece explaining what good writing is. Children appeared extremely concerned with technical skills more than composition. Developmental stage differences may explain that their concerns reflect what bothered them most at the time and they did not mention what was less bothersome or what they…
Descriptors: Child Development, Childhood Attitudes, Developmental Stages, Elementary Education
Peer reviewedEdmunds, Alan L. – Canadian Journal of Special Education, 1990
The study of 281 adolescents found no significant differences in creativity subvariables between the developmental stages of concrete and formal operations. Significant relationships were found between age and creativity. Figural flexibility, originality, and elaboration decreased as age increased from 13 to 16 years. (Author/JDD)
Descriptors: Adolescents, Age, Cognitive Development, Creativity
Peer reviewedBedeian, Arthur G.; And Others – Journal of Career Development, 1991
A survey of 302 employees of hospital nursing services measured career commitment, professionalism, job satisfaction, and intention to remain. Results underscore a need to be concerned with how different measures of career stage mask or reveal important relationships of interest. (JOW)
Descriptors: Career Development, Developmental Stages, Employee Attitudes, Hospitals


