This document presents the case study of a training program for elementary science teachers to determine if certain teacher training techniques would influence the onset and the quality of the implementation, and ensure the survival over time of an elementary science curriculum innovation. Teachers instructed in the curriculum innovation were…

Discusses the need to teach problem-solving skills in science. Differentiates between guided discovery, guided inquiry, guided exploration, and guided investigation. Describes how guided exploration evolved and how it can be applied to the science curriculum. Provides a flowchart for guided investigation. (TW)

Discusses several ways of teaching about constellations. Includes background and historical information, suggestions on visiting a planetarium, and a bibliography for sources of constellation stories, computer courseware, and constellation slides. Suggests ways of having students produce their own constellation slides. (TW)

Describes activities with star projection devices that include process skills such as observing, classifying, collecting and interpreting data, and producing a model. Provides background information, construction method, and two teaching examples. (YP)

Describes the use of a microcomputer-based laboratory (MBL) in teaching the concepts of heat and temperature to eighth grade students. Discusses the advantages of being able to instantly display the results of their experimentation with the use of temperature and light probes, and heat pulsors. (TW)

Reports on a study designed to analyze six primary science education journals published in 1985 and compares the results with some baseline data collected in 1970. Results indicated that the amount of material being published per year during that period increased, with additional emphasis on methods of teaching. (TW)

Three gifted students (ages 7 to 8 years) with reading problems experienced more difficulty than their peers in science. Incorporating the science inquiry approach into their reading program helped them realize that reading was not a separate activity and improved their reading skills. (Author JDD)

Reports on a study designed to examine the effect of concrete and formal instruction upon reasoning and science achievement of sixth grade students. Results indicated that the concrete instruction group had significantly higher levels of performance in science achievement and cognitive development and that males outperformed females. (TW)

Summarizes findings of seven studies dealing with how teacher behavior affects student performance in activity-centered science classrooms at the elementary and junior high school levels. Concludes that activity-centered classrooms encourage student creativity in problem solving, student independence, and help low ability students overcome initial…

Because children are in danger of losing their curiosity in adolescence, science teaching in primary school is of critical importance. Nurturing curiosity requires that the locus of control must reside with the learner. Instructional density (the amount of teaching) must not inhibit children's thinking and decision-making so as to remove the…

The use of programs on the topic of dinosaurs in interdisciplinary exercises which may include mathematics, science, history, and language arts is described. Reviews of 16 different computer programs are included. Possible misconceptions and how they are dealt with in various programs are discussed. (CW)

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)

Provides a short history of the comic book. Discusses several comics and notes how chemistry was involved. Selects science fiction, chemical facts, rocketry, and educational comics as areas for study. Includes drawings as examples of each area. (MVL)

Discusses the role of the chemistry teacher impacting elementary science by training elementary teachers. Provides information for a 28-hour hands-on workshop for elementary teachers and lists 47 activities for the teachers. Included topics are food science, observation, liquids, gases, and general chemistry. (MVL)

Lists the 12 minimum safety guidelines for chemical demonstrations as adopted by the Chemical Education division of the American Chemical Society. (ML)