Discusses need for precollegiate intervention programs to attract minority female students to fields of science and mathematics. Considers benefits for colleges that sponsor such programs. Describes types and components of intervention programs for minority females at middle school level. (NB)

Presents the perspectives of a number of students on science, society, and the future. Focuses on the benefits of scientific knowledge and associated changes. (DDR)

The author proposes methods and content for science instruction in the middle years and comments on teacher qualifications and pupil differences which need consideration. (SJL)

In the rising tide of reports proclaiming the need to reform various aspects of education, middle level education has been frequently overlooked. The Study Panel on Curriculum and Instruction of the National Center for Improving Science Education recognizes the critical development that occurs during early adolescence and the current reform toward…

This paper discusses the concept of information literacy as the main framework within which the concept of computer literacy may be defined, describes in detail the design of a complete curriculum in information literacy intended for all students in elementary and junior high schools, and provides an example of this design with a specific learning…

This document is part of a second set of reports that focus on science and mathematics education for young adolescents. It addresses the salient issues of improving middle grade science education, emphasizing the importance of the teacher as learner and facilitator. If overall improvement is indeed to occur, the various parts of the system must…

This keynote address focuses on equity in science and mathematics education. The science and math achievement of minority and poor children are discussed from an instructional policy perspective with emphasis on who gets access to what knowledge. The discussion about the politics of knowledge acquisition involves a discussion of race, class, and…

Discusses the integration of technology into the curriculum and how to design an interactive technological learning environment based on the concept of scientific sense-making. Highlights include the importance of sense-making in science education and an experiment on curriculum design for a fifth- to sixth-grade unit on seasonal change. (Contains…

Arguing that the development of a notion of sense-making is of critical importance to improving science learning, this paper examines science teaching in four Boston (Massachusetts)-area classrooms that participated in an experiment on ways of integrating technology into a sixth-grade science curriculum on the earth's seasons. The task of the…

Ten examples of innovative and outstanding middle school/junior high science programs are described. These programs were selected using state criteria and at least four independent reviewers. While Project Synthesis offered a desired state, these examples of excellence provided views of what is already a reality. The goals of an exemplary science…