Presented are the reasons why the earth sciences must play a major role in curriculum renovation. Philosophical, methodological, and conceptual contributions to K-12 curriculum content are discussed. (KR)

Explores reasons for paying attention to content about science/technology/society (STS) in the social studies curriculum. Examines strategies for incorporating STS in the social studies. Expresses some cautions about interdisciplinary approaches to teaching STS. (DB)

Describes the United Nations University as a community of research scholars engaged in postgraduate training, and an international network of interdisciplinary research on global issues. Provides a synopsis of the work of various centers that have concentrated on the issues of hunger, natural resources, and human/social resource development. (NL)

Provides annotated reference materials from the Educational Resources Information Center (ERIC) database designed to help middle and high school social studies teachers incorporate the five major themes of geography into their classrooms. Includes materials on the United Nations, lesson plans on place geography, as well as interdisciplinary themes…

In this second part of this series, the applications of science are discussed including the need for Christian input. The wider issues of the place and treatment of beliefs and values across the curriculum are discussed. (CW)

Discussion of changing curricula in higher education focuses on a new curriculum design for intermedia specialists that should evolve from the more traditional field of instructional technology. The need for appropriate undergraduate and practical experience is considered, and courses that combine computer education, cognitive systems, and other…

A new liberal arts core curriculum for the twenty-first century is proposed, including four elements: global studies, self-reliance skills, interdisciplinary thinking skills, and selected traditional studies. The approach, being tried in a number of American colleges, addresses flaws in the existing liberal arts curriculum. (MSE)

The growth and development, professional development, and recognition of this cooperative program are described. Highlighted is the program in the department of chemistry. Programs in other science departments are also discussed. (CW)

Proposed is a three course sequence for all college students designed to raise the level of undergraduate scientific literacy. The rationale, topics to be covered, and an outline of an earth-systems course are presented. Problems in the implementation of such a sequence are discussed. (CW)

Discussed are procedures for increasing understanding and appreciation of geology among undergraduates. Included are using student-centered approaches, deemphasizing the use of conventional textbooks, increasing the use of nonspecialized field programs, and increasing the experimental dimensions of geology programs. (CW)

Describes how students incorporated the use of faux finishes in the construction of scenery for a school production of "Cinderella." After researching medieval castles and different types of stone surfaces, students used a sponge printing technique for exterior walls and a marbling technique for columns in the ballroom scene. (GG)

Presented are lessons which bridge the gap between concrete and abstract ideas by introducing students to the valuable idea of scale as it relates to space science. Included are information and activities on relative size, position, and orbital patterns of planets using mathematics to construct models. (RT)

Makes use of natural language of the beginning reader to teach a unit on dinosaurs. Outlines steps in the approach, strategies to heighten awareness and application, questions for encouraging further study, and a webbing technique. (RT)

Describes the use of oceanographers' models for introducing students to the concept of mathematical modeling. Outlines a lesson showing the interrelationship of science and mathematics. (RT)

Universities that devise models to involve faculty in curricular change, building on commonalities among academic fields, can progress toward curricular coherence. The story of an imaginary committee developing a core course for lower-division students, based on information drawn from research, illustrates this planning process. (Author/MSE)