An experiment in science instruction designed to help third- and fifth-grade students overcome reading deficiencies is detailed. The results of the study indicate that the activities may be a valuable supplement to the more common activities for teaching communication skills. (MP)

Discusses a few features, aspects, and tools of scientific creativity within the context of science education. Presented within Section II is an analysis of the nature of creativity in science. Guidelines and practical suggestions for the improvement of science education are given in Section III. (CS)

Science instruction activities listed in this article can be duplicated for parents and children to work on together at home. Topics covered include: (1) investigating water; (2) plants and animals; (3) the human body; (4) sorting and classifying; and (5) shadows. (CJ)

The author explains some of the activities he uses in his upper elementary energy curriculum when dealing with these topics: the definition of energy; gasoline consumption; energy conversion; solar energy; and the politics of energy. Resource agencies to which students may write for information are listed. (SJL)

Believing that confinement of students within the same four walls does not lead to the best learning, a sixth-grade teacher took his students 20 miles into the country to work on their science lessons, where they used all of their senses in a unique hands-on farm environment. (Author/KC)

Describes the case of the American Civil Liberties Union (ACLU) versus the state of Arkansas concerning this state's law requiring equal time for the teaching of creationism and evolution. ACLU contends this law violates the separation of church and state clause of the First Amendment. (DS)

Investigates if instruction in spatial visualization has different delayed effects on boys and girls, and whether girls and boys comparably retain spatial skills over time developed through instruction. Results indicate instruction for both sexes can improve spatial visualization abilities, with no sex differences found in learning or retention.…

Reviews materials and activities of "From the Inside Out," a nutrition and fitness program for children ages 10-13. Also reviews "Wildlife in Your World," the first set in a series of activity kits from the National Wildlife Federation. (SK)

Summarized are general procedures for and student reactions to three different science units for primary students. Topics included are timing things, yogurt pot telephones, and parachutes. (DC)

Describes the history, definition, advantages, and objections to discovery learning methods in science. Includes alternatives to these methods. (DS)

Describes a five-phase management procedure for activity-based science programs: teacher/student preparation, pre-activity discussion, distribution of materials, experimentation, and discussion and clean-up. Suggests that the classroom will be less restrictive but with enough organization and structure to maintain order during activities. (SK)

Five procedures that science teachers might use with students who have difficulty in reading are outlined. (MK)

Examined was the attainment of projective spatial concepts of third-, sixth-, and ninth-grade students. Eight Piagetian-type tasks were developed to provide evidence for Piaget's model of groupings of mental structures dealing with time and space. Task performance among grade levels and gender was examined. (CS)

A set of instructions for growing algae successfully in the classroom and maintaining the culture is provided. Aids for identification of freshwater organisms are suggested. (SA)

Describes features and uses of the ZX81 microcomputer developed by Clive Sinclair. Includes a sample run and indicates that, although it is inexpensive, it can stand up against microcomputers costing several times as much. (SK)