The "Thinking Actively in a Social Context" (TASC) project, currently underway with African-American high school pupils and teachers in KwaZulu/Natal schools (South Africa), stresses the systematic development of thinking and problem-solving skills. The program has been very successful with relatively high achieving students but requires…

Many early childhood teachers report an increase in children's use of aggressive means to work out disputes, often as a result of such influences as the Teenage Mutant Ninja Turtles fad. This article offers suggestions for helping children learn ways to resolve conflicts and for creating a conflict resolution curriculum. (LB)

Discusses instructional uses for the "Carmen Sandiego" software series to encourage interest in geography. Suggests "Carmen" be incorporated into the curriculum by teacher-directed grouping that adds teacher instruction into cooperative and competitive arenas, curriculum integration linking diverse specialties, and isolated…

Identifies areas of knowledge that differ between successful and at-risk students: sense of self-as-learner, level of understanding of problems in subjects, and ability to interact in relationships. Suggests a hands-on project to develop problem-solving abilities and self-confidence. Discusses objectives for a restructured curriculum. (DK)

Articles in this collection clearly illustrate that the debate over indigenous and Western knowledge confronts the Pacific microstates with polarities that are difficult to resolve. Among them is the colonial heritage of an educational system designed to promote docility. National leaders face hard choices in addressing national goals. (SLD)

This study of third graders examined whether qualitatively distinct cooperative computer environments (using LOGO and curriculum-based instruction in writing) engender social experiences that enhance motivation and self-concepts as learners; and the extent to which differences in motivation and self-perception accounted for differences in…

Two applications of interdisciplinary problem-based learning at the Illinois Mathematics and Science Academy are described. In one application, seniors investigate dilemmas resulting from modern advances in science and technology; in the other sophomores study the critical decisions which drove American development. Evidence of program…

Discussion of graphing software for educational purposes focuses on a study in which three versions of an original computer graphing program were used by inner-city high school students to solve scientific data analysis problems. Variations in degrees of flexibility and feedback in the software are explored. (Contains 37 references.) (LRW)

Relates findings of an empirical study of student use of an interactive videodisc to theories of learning and to other research findings. A study of 12- and 13-year-old students in England is described that examined problem-solving strategies, learning styles, conceptual understanding, group discussion, and the teacher's role. (Contains 17…

Uses work on children's counting schemes and a radical constructivist orientation to describe the development of computer microworlds for the teaching of rational numbers. Suggests that the design of complex software systems needs a strong theoretical background to provide direction for the design. Suggests that computer environments are the…

Uses the constructivist principle of active learning to explore the possibly essential elements in transforming a cognitive play activity into mathematical activity. Suggests that for such transformation to occur, cognitive play activity must involve operations of intelligence that, yield situations of mathematical schemes. Illustrates the…

Comments on the Fractions Project presented in this same issue. Discusses two major ideas: the construction of mathematics of children and its basis and playful actions as a basis for mathematical actions. Highlights the understanding of children's mathematical concepts and schemes as they grow and are organized in the context of computer…

Comments on the Fraction Project presented in this same issue. Examines the choice of appropriate perspectives on the phenomena induced and observed and the generalizability of the results. Investigates the phenomena as involving student attunement to constraints built into the computer-based learning environments and in terms of explicit…

Comments on the Fraction Project presented in this same issue. Suggests that it has uncovered many implications for instruction. However, there are limitations as the proposed setting is restricted by the present school circumstances. Concludes that better learning will not come from finding better ways for teachers to instruct but from giving the…

Describes a study conducted with a seventh-grade Future Problem Solving (FTS) class in which students work in teams of four to solve problems related to futuristic issues. As a result of increased competitiveness and poor emotional climate in the class, activities designed to promote a more congenial, less competitive classroom atmosphere were…