Separate papers discuss: (1) sensory deprivation; (2) effects of high rise housing; (3) clumsy children; (4) screening and labeling "at risk" students; (5) Piaget's conceptual development stages; and (6) movement education. (CP)

The way students, aged 12 through 16, ascribed meaning to coded words representing historical terms, based on contextual clues, was studied. Intelligence, grammatical ability, cultural background, and interest in history were also examined. (Author/MH)

Despite rising enrollments, college biology education has until recently lagged behind other science disciplines in reforming undergraduate instruction. However, new approaches are emerging, including introductory classes that focus more on concepts, laboratory assignments that are increasingly sophisticated, and more in-depth curricula for…

Identifies 10 principles that English-as-a-Second-or-Other-Language teachers need to address in collaboration with content area teachers. For each principle, a concern is described, a response is outlined, and a relevant example is provided. (14 references) (Author/CK)

Twenty-five eleventh grade classes were taught two social studies concepts, sovereignty and comparative advantage, using written or oral methods. Methods differed in their use and sequence of examples to explicate definitions. Finds using examples increased concept attainment. Suggests sequence was important for the more complex, relational…

Presents a longitudinal examination of the effects of certain types of schooling (bilingual, immersion, mixed-language) on the concept development of monolingual, developing bilingual, or competent bilingual children in Wales. Results indicated that immersion programs temporarily retarded concept development of second language beginners.…

Explains how a learner-centered approach works on "Talkbase," an eight-week workshop in language and technology. This article describes how participants coped with a new educational experience in which participants carried out tasks, learned through active investigation, developed concepts and skills and gained confidence to express…

Discusses the use of analogies and other instructional strategies (problem solving, demonstration, group labs, and large group discussion) in dealing with students' preconceptions in physics. (PR)

A study investigated the relationship of social interaction and learning among women college students in a supplemental instruction program for science featuring a collaborative classroom structure. It was found that this culture of community and cooperation promoted intellectual risk-taking and connected understanding of concepts. Some new ways…

Discusses the development of a webbed curriculum at the preschool level. The teacher develops the curriculum by observing children, documenting their recurring interests and the themes of their activities, and integrating and connecting class activities. (BB)

Reports an example of one lesson from a sequence of lessons on fractions from a sixth grade class in which the teacher revises her plans after observing students' small-group work and interactions. The lesson illustrated the teacher's knowledge of mathematics, how students think, and how to observe that thinking. (MDH)

In college courses in statistics and computer programing, learning can be enhanced when students are required to express formulas and notations in writing. This approach helps improve concept formation, comprehension, problem solving, and ability to draw conclusions and interpretations. Attention to syntax and form is important. (MSE)

Presents a study to determine the effects of introducing methods students to the "learning cycle" technique on their ability to adapt science textbooks to the method and employ it in their teaching. Interviews of 24 randomly selected students out of 48 participants indicated that 75 percent used the approach while student teaching and…

Argues that critical thinking is best learned where fellow students respond and react as well as replicate and evaluate. Suggests methods and techniques for doing critical thinking. Discusses thesis formulation, concept application, judgments and conclusions, cause and effect relationships, criteria identification, structure and function,…

Outlines the use of concept maps as a tool for science curriculum development and discusses the changes that occur in the teacher's view of the curriculum with successive revisions of the maps. Describes and analyzes the maps created by sixth-grade teachers. (PR)