Reviews two software programs for Apple series computers. Includes "Orbital Mech," a basic planetary orbital simulation for the Macintosh, and "START: Stimulus and Response Tools for Experiments in Memory, Learning, Cognition, and Perception," a program that demonstrates basic psychological principles and experiments. (CW)

A study in which Logo programming was used to teach problem-solving skills to fourth to eighth grade students is described. The results, and their implications for further use of the computer to teach higher order thinking skills, are discussed. The possible use of Prolog programming to teach reasoning skills is described. (JL)

Identifies and discusses the epistemological roots of various terms that have been used to describe student conceptions in the literature with a view to suggest which term science eductors should adopt. Argues that "alternative conceptions" is preferable to "alternative frameworks" for use in describing student conceptions in…

Two experiments examine the relationships among metamemory knowledge, the use of associative memory strategies such as elaboration, and cued-recall memory. Results show that metamemory development predicted most of the grade difference in cued recall, suggesting that metamemory development may explain improvements in retrieval strategies as well.…

This annotated bibliograhy contains 61 entries on computer-related topics such as microcomputer software, LOGO, and computer-assisted instruction. (NH)

Analyzes and compares the exploration, play, and problem-solving activities of typically developing (average) and at-risk infants when they manipulate novel objects. (BB)

Argues that "student talk" is an important developmental activity in mathematics. Gives suggestions that will facilitate student talk. (PK)

In this interview, author Art Costa asserts that the teaching of either content or thinking skills in isolation is unproductive. To combine these approaches, he recommends selecting content for its relationship to thought processes. He also observes that administrators who model intelligent behavior thereby create a climate for thinking. (TE)

Discusses the importance of teaching thinking skills in a rapidly changing environment and describes a framework for developing school material that cultivates decision-making skills. An instructional model that describes decision-making strategies, necessary cognitive skills, and the educational objectives for the promotion of each skill is…

Discusses the possible relationships between family socialization agents and gender schemata. Focuses on the interplay of the two types of family variables--distal and proximal--and gender schemata. Distal variables discussed are: (1) socioeconomic level; (2) ethnicity; (3) intact versus one-parent families; (4) maternal employment and sibling…

Examines the relationship between developmental placement as a result of preschool and kindergarten developmental testing and children's later cognitive achievement and social-emotional growth. A total of 223 children in Grades two through six were coded as traditional, overplaced, or "Buy a Year" depending on Gesell Screening Test…

Analysis of cognitive, psychoanalytical, and moral development theories of J. Piaget, O. Rank, E. Erikson, L. Kohlberg, D. Elkind, and C. Gilligan revealed teaching strategies for gifted adolescents which involve encouraging creativity and problem-solving skills; supporting student interests; developing students' positive self-esteem; exposing…

Explores the underlying knowledge that children have about the relationship between the structure of requests and the relative status of speakers and listeners. Shows that the three age groups (preschoolers, 5-year-olds, and 10-year-olds) could systematically differentiate the requests by means of syntactic directness or semantics. (HOD)

Observational studies focusing on adult English-as-a-second-language (ESL) students' behavior and attitudes examined different learning styles and learning strategies and suggested the need for ESL teachers to be trained to better understand and develop sensitivity toward students' individual learning styles. (Author/CB)

Reviews the neural modeling principles of learning, perception, cognition, and motor control, discusses their applications to sensory-motor problem solving, and explores possible relationships between that pattern of problem solving and aspects of higher order formal operational problem solving. Cites implications for science education. (ML)