Discusses strategies to facilitate children's explorations that include supporting open-ended inquiry, supervising safely, seizing the moment, offering a place for discovery, providing access to information, sharing respect for life, seeking community involvement, and celebrating wonder. (JRH)

Describes the Slanting Leaf Beds Project in Oregon in which fifth and sixth graders participated in hands-on, long-term research projects designed to provide students with an understanding of scientific processes and concepts. Students first worked in pairs obtaining samples and making tentative identifications. Group data was pooled and compared…

Described is the use of computer software to teach elementary scientific processes to sixth graders. Discussed are materials, manuals, procedures and evaluation. The results of a field trial are described. (CW)

According to information from a 1994 conference that explored the work of teachers conducting inquiry, the purposes of teacher-led inquiry are to improve teaching and learning and to inform and transform the work of schooling. Implications of teacher-led inquiry for the education of teachers are examined. (SM)

Notes the dangers of "generic" early childhood curricula. Draws on a teacher's journal to describe letting preschoolers build their own learning from "natural" learning materials--including plastic and cardboard pipes, palm branches, buckets, chains and pulleys--and how the teacher supported their growth. (HTH)

Explored the performance of primary school children in Logo programming tasks while they worked in one of three gender pairs (girl, boy, or boy-girl). Found no considerable differences in performance based on gender. Results suggest that what distinguished performance was the application of metastrategic processes--the most effective solutions…

Examines the importance of learning environments as sites for change in science education, describing work with elementary teachers in which researchers are designing learning environments featuring guided inquiry. After explaining how to plan and enact guided inquiry instruction in science, the paper reflects on experiences implementing it in…

Abstract ideas in linear algebra are illustrated at different levels of difficulty through the investigation of the solution to a well-known puzzle. Matrices are used to model the puzzle and the concepts of rank, underdetermined systems, and consistency are employed in the solution to the problem. (MDH)

Argues that teachers should replace art history instruction with efforts to build in children a love for beautiful old objects. Suggests that children should be encouraged to examine family treasures and toys and share their discoveries. Describes several suitable classroom games, including tablesetting history, history to wear, and traditional…

Presents the problem of finding the maximum area of a quadrilateral when three of the four sides are given. Incorporates several parts of the secondary school precalculus curriculum into the solution. Develops the formula to solve the problem. (MDH)

Examines the problem of determining the minimum center of mass for a can with a varying height of liquid in it. Uses PC SOLVE computer software to graphically represent the problem situation. (MDH)

Investigates the question concerning the maximum number of lines of symmetry possessed by irregular polygons. Gives examples to illustrate and justify the generalization that the number of lines of symmetry equals the largest proper divisor of the number of sides. Suggests related classroom activities. (MDH)

Described is an activity that categorizes a two-digit number as "sneaky" if the continued process of taking the difference of the squares of its digits leads to a difference of zero. Other categorizations are determined by whether the difference process ends in a one-digit number or continues in a loop of numbers. (MDH)

Describes an approach in which students develop a book about themselves that combines photography and word processing skills. The project is based on the whole-language model of teaching literacy that develops reading, writing, listening, and speaking skills. (MLF)

Outlines a process-oriented approach to teaching movement and performance to young children. This approach applies a model, which stresses playing and problem solving and which focuses on the creative process rather than creation of a product, to the development of a method of teaching that encourages problem finding and problem solving. (MDM)