Explores current reforms in both mathematics and science education that emphasize the importance of learning in informal settings. Suggests that informal education must include planned and purposeful attempts to facilitate students' understanding of mathematics and science in community settings other than the local school. (Author/CCM)

An elementary education technology unit that involved converting decimal numbers into binary ones used an experiential method based on mass production. The children thus learned about place value, symbolic logic, practical math, and mass production, and at the same time such skills as following directions and listening attentively were reinforced.…

This chapter presents a philosophical reflection on ecological mindfulness as it relates to curriculum integration, mathematics education, and experiential education. The chapter's title refers to a collection of poems that are full of "particulars"--the meticulous details of memory and reverie--and that show how lives are always lived…

The idea of order in geometry is explored using the experience of assignments given to undergraduates in a college geometry course "From Space to Geometry." Discussed are the definition of geometry, and earth measurement using architecture, art, and common experience. This discussion concludes with a consideration of the question of whether…

Explores the challenge of providing all future citizens with an appropriate quantitative literacy by means of teaching mathematics through useful applications with local and global perspectives. (Author/KHR)

This position paper examines the important role of the principal in instruction, the importance of community to learning in rural settings, and a model of learning that engages the child and teacher in an experiential mathematical mode. The principal's influence on student achievement is indirect and proceeds from the principal's roles as resource…

Presents four curricular alternatives and teaching strategies to improve the general-mathematics curriculum. Teaching strategies include reading mathematics, classroom discussion, an interdisciplinary approach, field trips, use of manipulatives, varied assessment methods, cooperative learning, use of technology, and team teaching. (MDH)

In this chapter, a college teacher describes the use of personal projects in a class on mathematics teaching for preservice teacher-education students. The personal project required students to learn something new or to do something they had never done before, and to document their learning through a journal or other reflective record. In…

Discussed is the integration of microcomputers into the science laboratory curriculum. The approach provides an exposure to important aspects of computer technology while preserving concrete experiences provided by hands-on laboratories. (CW)