This unit includes 15 lessons on Alaskan plants and trees for third graders. It describes materials, supplementary materials including books and films, use of process skill terminology, unit objectives, vocabulary, background information (including the information source), field trip organization, succession, and major plants. Included are: (1)…

This study investigated the implementation of a 7th grade biology curriculum ("Animal and its Environment") in Israel. The curriculum has seven parts, each one with a dictated sequence including well-defined objectives, suitable activities, and assigned materials, with little degree of freedom for the teacher. A primary concern for the…

The tables, graphs, articles, and other sources of information in this document are designed to provide teachers with additional resources to supplement the unit "Motions and Collisions." The information is coordinated with the unit objectives specified in "Science 100, 101," the currently (1982) approved provincial guide for…

This unit is one of a group of units written to fit the Certificate of Sixth Year Studies (CSYS) chemistry course, but it could be used in most Sixth Form courses. The format for this unit is a decision-making or role playing situation. It includes: (1) background information for the teacher, with descriptions of the three roles for individuals or…

This study investigated the extent of forward shaping due to post-questions on (1) focussing Canadian chemistry students' (N=109) attention on different and similar categories of information (for example, kinds of chemical reactions) described in a science text and (2) requiring students to process science information at high/low knowledge and…

Information regarding science instruction at the middle and secondary school levels is organized in this textbook for preservice science teachers with an emphasis on scientific and technological literacy. Each chapter includes excerpts, summaries of research reports, factual information, review questions, activity suggestions, and references on…

Presented is an evaluation of a leadership training program to prepare junior high school teachers to use the Introductory Physical Science Curriculum. Emphasis of the leadership program is on administrators and their problems, leaders and their problems, and teachers. Recommendations are given. Included in the appendices are sample letters of…

Discusses the development of a student's ability to control experiments as an important aim of modern science curriculum materials. Argues that most curriculum developers offer only a simplistic method of controlling variables. Suggests ways to enhance the development of variable control within the framework of student experiments. (TW)

Discusses a study which examined the interpretive process used by high school chemistry teachers in translating curriculum materials into classroom practice. Results indicate that differences exist among teachers but that commonalities are greater. Explains the functional paradigm concept and its value for the interpretation of curriculum…

Reviews and analyzes science education research completed in 1982. Areas considered include: student and teacher characteristics and behavior; instructional strategies and environment; instructional materials and technology; curricula and programs; teacher education; research and evaluation practices; and science education policy and practice. (JN)

Shows how the integration of interpretive programs with school science curricula can strengthen the power and relevance of science education, while increasing the scientific depth of environmental programs. Curriculum resources, need for interpretive resources, role of interpreters, and evaluation/development strategies are addressed. (JN)

Describes characteristics of and instructional strategies related to an applied physics course offered by the New South Wales Institute of Technology in Sydney. The course has a number of unique features which enable its students to be of immediate use to industry upon graduation. (JN)

A course was developed to teach physics concepts and to help students understand mathematics, the nature and role of engineers and engineering in society, and to distinguish between science/technology from pseudo-science. Includes course goals/content, mechanics, start-up, and long-term projects. (JN)

Study aids have been developed in a format allowing students to assimilate partial answers slowly, without consulting the whole answer. Discusses rationale and advantages of using the aids and provides three examples demonstrating logical thinking required to solve short-answer problem and use in multistep mechanistic or synthetic problems.…

Coping with the high cost of teaching chemistry, content of organic chemistry, instructional strategies, and approaches in dealing with the changing student population (urban blacks/hispanics, handicapped, and other nontraditional students) are among the topics discussed in 19 papers presented at the Seventh Biennial Conference on Chemical…