Compares two instructional methods (teacher-centered and student-centered) in a non-laboratory-based environmental-science course for college undergraduates. Students in constructivist classes performed significantly better on exams, rated the course higher, and participated more in campus and regional environmental support efforts than students…

Suggests that science and technology studies (STS) is ready to reconsider an approach based on Heideggerian phenomenology. Argues that STS is facing a confrontation with the inadequacies of constructivism's founding assumptions. (CCM)

Describes the 6 E's approach which enhances student learning and encourages stronger conceptual connections. Provides step-by-step details of how the 6E Teaching/Learning Model was incorporated during the Make It R.E.A.L. Institute. (CCM)

Establishes six levels from an inductive proof to an algebraic demonstration on the bases of three axes in lower secondary school mathematics. Examines the meanings of demonstration and proof in lower secondary school mathematics and shows the relationships between them. Illustrates the discussion with a seventh grade student's activities.…

Focuses on the structure/function relationship of the brain and language. Reviews the basic theories concerning cortical structures and language representation. Presents a call that highlights the need to examine the areas of listening, memory, and information retrieval for a more sophisticated analysis of the complex relationship between cortical…

Traces the origin and early usage of the term andragogy in the 19th and 20th centuries. Reviews the andragogy debate and the viability of the theory. Concludes with reflections on the search for identity in the field of adult education. (SK)

Describes two simple experiments on staring which have been tested with children as young as eight. Both procedures involve a looker and a subject where subjects say whether or not the looker is looking. The score in looking trials is usually above the 50% chance level. Includes score sheet. (PVD)

The problems of diagnosis and remediation have been an important concern for both mathematics and special educators. Defines an important agenda related to the role of diagnosis in improving mathematics instruction in the regular classroom and for children with special needs, both with and without learning problems in mathematics. Contains 47…

Presents a first-semester course in mathematics for 6-year-old children by formulating certain general requirements for the curriculum and the instructional methods with the aim of leading children to form their initial mathematical concepts. (ASK)

Raises concerns about the concept and application of Howard Gardner's theory of multiple intelligences to gifted children. Stresses the importance of practical wisdom, subject-matter content, and intelligent time-utilization. Warns against "edutainment", the ungrounded appeals to fun or entertainment based on supposedly neglected forms…

Examines the relations between research about processes of learning and thinking and educational practices that attempt to achieve that aim. Three research perspectives, behaviorist, cognitive, and situative, that characterize thinking and learning to think differently are discussed. It argues that the situative perspective can provide a framework…

Proposes a simple predictive model for multistep problems and compares the model's predictions with actual data. Examines mechanisms that may block the solution or lead to violation of the model. Contains 42 references. (DDR)

Describes assessment measures based on Vygotsky's zone of proximal development concept and Feuerstein's mediated learning experience theory developed for intervention with children experiencing arithmetic difficulties. Grade 2 students (N=48) were assigned to either an experimental or control group, with the experimental group receiving…

Discusses two models of the mind: the influential model of "mind as container," in which the mind is akin to a computer storing data; and a connectionist model, in which the brain does not actually store or contain knowledge in the sense traditionally believed. Discusses the second model's implications for education. (EV)

Discusses an alternative view of what makes human competence possible, framed by complexity theory and drawing on connectionism as well as situated cognition. Suggests that, based on these theoretical frameworks, it is possible to develop a perspective whose implications can provide the basis for a more fully articulated theory of instruction. (EV)