Describes water-related activities in an elementary school science project. These activities focus on electric generators, rainfall, erosion, floating, water conservation, and other areas. Brief comments on developing such a project are included. (JN)

Outlines a format using Bloom's taxonomy of educational processes to create critical thinking centers in the classroom. A sample unit on birds is presented along with guidelines for implementing the unit. The method has been successful and is used monthly by the author. (DH)

A nine-item questionnaire was used to obtain information from 229 preservice elementary teachers on secondary and college science courses completed, their conception of the purposes of elementary school science, and their concerns about teaching children science. Implications for preparing elementary teachers to teach science are addressed. (JN)

Outlines activities for each of eight science process skills (observing, using space/time relationships, classifying, using numbers, measuring, communicating, predicting, and inferring). Directions for the activities (all of which use sea shells) are included. (DH)

Discusses teaching methods for less able students, contradictions on the status of primary science, student produced slide-tape programs, and a world studies perspective for third-year chemistry. Also reports on science and personal education, chemistry examinations of the department of science and art, and astronomy in schools. (DH)

Presents two lesson plans for: (1) a long-term project where students use simple materials to investigate a nearby aquatic habitat; and (2) hay infusions (jars with water and hay), one of which receives a plant fertilizer. (DH)

Surveyed 114 teachers (100 percent response rate) associated with exemplary elementary science programs on longevity, confidence, professional involvement, familiarity of curricular materials, inservice, and teaching methods. Comparison with a national sample indicates these teachers have long-term program involvement, a great deal of confidence,…

Presents two activities on acid rain for students in intermediate grades. Materials needed and procedures used are included. Also describes "chemical magic" shows performed by high school students for sixth-grade students in seven elementary schools in Altus, Oklahoma. (JN)

Suggests ways to teach science while young children are actively involved in art, construction, reading, and music. These suggestions are listed for learning centers which focus on art, blocks, homemaking/dramatics, water/sand, manipulatives, language, outdoors, and music. Also indicates that "moments" for teaching science occur in many places…

Investigated relationships among attitudes toward science, interest in science, science curiosity, and self-concept of science ability. Data, obtained from 228 sixth-grade students, show that attitudes toward science, interest in science, and science curiosity are highly related. Implications of these findings for science instruction are…

Reports findings of a study on children's perceptions and alternate conceptions about the human circulatory system. Summarizes the responses of fifth and eighth grade students on questions dealing with the heart and blood. Offers examples of hands-on activities and confrontation strategies that address common misconceptions on circulation. (ML)

Describes a tutorial program where fourth grade students are paired with kindergarten children to assist in culminating activities and with review sessions. Explains the tutors' responsibilities, the program emphases, and scheduling procedures. (ML)

Presents factual information on penguins using an outline format. Includes descriptions of physical characteristics, behavioral mechanisms, geographical distribution, and physiological processes. Provides separate bibliographies for teachers and students. (ML)

Provides guidelines for conducting and interpreting interviews aimed at assessing the cognitive concepts of young children. Discusses the content, task, questions, and format of the interview, listing 16 points of advice for interviewers. Also elaborates on the value and use of structured interviews. (JM)

Discusses computer uses in science classrooms, cautioning teachers not to put a "screen" between students and the natural world. Teaching about computers (rather than teaching with computers), teaching students to appreciate computers as tools, and computer strengths are among the topics considered. (JN)