Presents a series of lesson plans that include investigations in science, mathematics, geography, current events, and social studies. The cross-curricular activities help students broaden their understanding of time as well as of the "neighbors" who live in their own and other time zones. (MJP)

Teachers can capitalize on young children's natural curiosity about the world around them by including science learning in the preschool curriculum. Science activities provide a rich knowledge base and foster skills in receptive and expressive language, skills in self-regulation, and skills in problem identification, analysis, and solution. (TJQ)

Determined if student's perceptions of their classroom psychosocial environments were related to their knowledge of energy concepts and their attitudes toward energy. Reported grade level differences in the relationships. Found that the most relevant factors appeared to be competitiveness for the seventh graders and cohesiveness for the fourth…

Presented are 19 abstracts of research papers produced by participants in the Regional Centre for Education in Science and Mathematics' (RECSAM) courses from 1985 to 1987 covering learning and teaching in science and mathematics education. (Author/YP)

Describes the long-term, three phase Project 2061. Notes that phase one, defining the substance of scientific literacy, is completed. Examines phase two in which scientists and educators will develop new curriculum models. States phase three will be a widespread effort to move the nation towards scientific literacy. (MVL)

Describes a lesson in which the life-cycle of an insect is studied. Provides information on the purchase and care of the animal and directions for student observations. Questions and activities are included. (RT)

Describes two software programs for the Apple II series and TRS-80 Models III and IV: (1) "Personal Energy Inventory" (grades 9-12, records and manages data, not considered user friendly); (2) "Energy Conservation" (grades 7-12, aids in converting and problem solving, uses drill and practice). (MVL)

Examines similarities and differences between the experienced and novice science teachers' (n=23) pedagogical content knowledge with respect to demonstration teaching. Concludes that experienced demonstrators have a broader understanding for chemical demonstration teaching than do novices. Suggestions are made to assist novice teachers in…

Describes the use of two instructional television videos, "Global Geography" and "Global Links," in science instruction using a variety of instructional techniques. (PR)

Describes a partnership between the Joint Activities Program and an inner-city school that provides students with an enriched science learning experience. The program's educational beliefs, assumptions, and their implications are discussed. Also included in the article are brief descriptions of some the science experiences and learning of the…

Describes an assignment that allows students to explore the life of the Cherokee Indians during a tragic period in history when the U.S. Government removed the Cherokees from their ancestral homeland. Students demonstrate learning by creating skits that incorporate Cherokee history, culture, and herbal remedies. (ZWH)

Using a well-planned scavenger hunt, students' awareness of the significance of minorities and women in science is enhanced. Provides a sample scavenger hunt and resource list as well as activities for extension. (ZWH)

Presents the science demonstration assessment as an authentic- assessment technique to assess whether students understand basic science concepts and can use them to solve problems. Uses rubrics to prepare students for the assessment and to assign final grades. Provides examples of science demonstration assessments and the scoring of rubrics in the…

Reports a study to examine secondary school students' (n=200) responses to two figurally and spatially similar problems from mathematics and science that require different responses before and after instruction. Results indicated that most students gave the same response to both questions. Reasons for this pattern are discussed. (MDH)

A theoretical perspective is presented for examining conceptual change in adolescence and the social context of learning. A case study of the Computer as Lab Partner project illustrates the following: (1) conceptual and cognitive changes in eighth graders' understanding of physical science concepts; (2) ways concepts are constructed; and (3)…