Documents the contributions made by Americans to the fields of physical science and mathematics during the period from 1880-1930. Discusses the effects of secondary school and college curriculum on progress of science and mathematics during that time and compares those with European educational institutions. (TW)

Contains eight articles relating to various topics in science education in Great Britain. Includes science and drama, energy education, science curriculum evaluation, science achievement, a sequential learning approach, multicultural science education, children's images of scientists, and humanizing science education. (TW)

This document contains a set of model competency-based education (CBE) assessments that provide three types of assessment for students in grades 1-8 in science. Types of assessment include: traditional: multiple choice, short-answer, and open-ended items; performance-like: more authentic forms that involve students outside of the classroom; and…

This science curriculum was written to inspire rural Alaskans, primarily Alaska Natives, to find science in their local environment. The author lived a subsistence lifestyle in the Alaskan bush for over 30 years and claims that understanding science has often kept him from being stuck out in the woods. Section 1, Skills, Tools, and Craftsmanship,…

Reviews the history of elementary/lower secondary school science, appraising the impact of various curriculum projects. Summarizes United Nations involvement in providing leadership and support in curriculum development. Concludes with a review of science education research and the interrelationships between local culture and science teaching, and…

Addresses issues related to the mortality of elementary science programs, considering role of curriculum planners, teachers, and building principals. Gives examples of factors responsible (in the form of a "10 most wanted poster") with at least one countermeasure for each. (JM)

Summarizes the evaluation of a 4-5 week science program for twelve- to thirteen-year old lower ability students. Includes a description of the program, techniques used in the evaluation, and a model for observing student activity during science instruction. (JN)

Investigated relationship of teachers' cognitive levels and cognitive level demand of textbooks in relation to students capability to learn biology. Based on findings, teaching units were designed to help science teachers acquire skills, use innovative formats of instruction for abstract topics, and develop logical thinking skills through biology…

A Microelectronics Education Programme-funded project is developing computer assisted learning modules in the languages, science, and craft/design technology, as well as fostering computer awareness. The project's goal is to produce materials which will pave the way for the rapidly changing curriculum in addition to producing materials for…

Presents an account of a week of learning and instruction from a high school physics course to provide a context for discussion of the role and demands of teacher inquiry. Argues coordination of student inquiry and traditional content is a matter of discerning and responding to students' particular strengths and needs. (Author/KB)

Reports that those who were taught proportions exhibit more of a tendency to transfer than those who were not. Investigates the relationship of previous learning and problem-solving abilities to the learning of proportionality in facilitating transfer. Shows the magnitude of effects of task assignment on transfer. (YP)

Described are some of the factors that have influenced the introduction of instructional change into Black South African classrooms. The Science Education Project of the 1980s, teacher uncertainty, pupil expectations, the epistemology of science education, resources, and the image of innovation are discussed. (CW)

Compared are two approaches to inservice geology instruction for elementary and secondary school earth science teachers. The benefits of the combination of lecture, laboratory, and field work are emphasized. (CW)

Describes a Skill Development Module fostering students' scientific reasoning skills within a school science laboratory. Summarizes the module activities in combination with computerized and non-computerized activities for a 16-week period. Discusses the classroom evaluation of the module. (YP)

Reports on research studies concerning cognitive learning in the environment as it relates to elementary schools. Indicates that field instruction is useful in promoting and achieving cognitive gain when effectively planned, managed, and coordinated with other modes of instruction. (RT)