Explains that in teaching scientific concepts in the elementary school the focus should be on observations and inferences, that can be drawn only from observation, suitable to the childrens' mental maturity, and carried out in an environment that reinforces discovery learning. (GA)

The construction of tables of numbers is discussed as a learning activity that involves work in such things as reciprocals, calculators, formulas, patterns, discovery, prime numbers, and other types of numbers. (MP)

Students use a series of isosceles right triangles constructed on a geoboard to discover patterns and form generalizations. (MP)

The hypothesis that "on a new task, elementary school children would perform relatively better on the egrule (discovery) method, and that high school children would perform relatively better on the ruleg (expository) method" was tested by G. D. Hermann (1971). This study replicated Hermann's research using only one of his tasks (map reading) and…

Mathematics can be thought of as a language and should be taught using the principles governing the methods of teaching a second language. So that teachers do not stress "answers," they should be trained to involve children in carefully structured activities, investigations, and observations which will ensure understanding. (Author/BC)

Describes the primary science project of the Science Education Programme for Africa. Program uses the total environment, inquiry, and direct experience for learning purposes. Ideological bases of the project are discussed. Advantages and disadvantages are stated plus implications for curriculum, teacher training, and resource allocations. (BC)

No significant interaction was found between two instructional treatments and two aptitude variables in this study, but they did find four disordinal interactions, two using one predictor variable and two using two predictor variables. (MN)

Describes a nature studies program for fourth graders which prepares them for study of the natural sciences in later years. Emphasized are observations in nature, performance of simple experiments, and use of various instruments. (AV)

Describes activities in a mathematics class for six-year-olds. The article makes several points, including: working independently is very absorbing; investigative work is as important as algorithms; and children working in groups can achieve more than even the brightest child working alone. (PK)

This theme issue covering elementary and prevocational programs examines agriculture education in elementary and middle schools, motivational activities for exploratory agriculture, utilizing the Food for America program, benefits of the Food for America program, elementary agriculture education curriculum, and vocational agriculture for seventh…

Music motivator projects that enable the elementary teacher to use social science methods (known as ethnomethodology) to observe and learn about students without testing are described. Working in groups and guiding each other, students compose a musical composition and then notate it. Discovery learning is encouraged. (RM)

Provides a detailed look at combination of factors contributing to the success of the elementary science television programs of Japan, including production facilities, research, instructional approach, production techniques, and promotion. It is suggested that this series could serve as a model for the development of televised instruction in…

Some number investigations on the multiplication table are provided by a sequence of four activity sheets. Beginning with examples of triangular and square numbers, the activities lead to the generalization. (MNS)

Active children often develop learning problems because of their need for constant stimuli. These children require activities that allow them hands-on experience. Suggestions are offered on how parents can teach in active ways at home and show the child that learning can be fun. (DF)

Describes a model of inservice education that is consistent with current view of language and learning, is capable of uncovering teachers' current beliefs about the nature of learning and the translation of those beliefs into practices, and has the potential for promoting and building alternative perspectives. (HOD)