In adult education, there has recently been a recognition of the body's role in adult learning. Attention to neuroscience is somewhat limited, though is emerging. These two perspectives are not integrated. With this article, the author argues that adult education must look to science to achieve a deeper understanding of the evolving…

In this ethnographic study of summer undergraduate research (UR) experiences at four liberal arts colleges, where faculty and students work collaboratively on a project of mutual interest in an apprenticeship of authentic science research work, analysis of the accounts of faculty and student participants yields comparative insights into the…

The intellectual development of students as defined by Piagetian theory is discussed with the implications that the theory and recent research results may have for teaching science. Recommended is conducting small, carefully planned investigations that will lead to a better understanding of: (1) what concepts cause problems and why; (2) what…

Suggests that students who reason with only concrete thinking patterns may become formal thinkers through the use of the following instructional pattern: (1) the introduction of an undifferentiated whole, (2) differentiation of the whole through concrete experiences, (3) invention of symbolic notation, (4) application of concepts which lead to…

Reviewed is research concerning cognitive development of entering college students; the implications for teaching biology and evaluating instructional materials are discussed. (SL)

Stresses the importance of learner involvement, and adult patience and understanding, for a child's success in learning and consequently in living. (EB)

Reported is a study of 1555 students, grades 4-12, regarding understanding the concept of controlling variables. Subjects were examined on a task involving spheres rolling down an incline and striking a target sphere; they were evaluated upon their explanations of answers, not their choice of answers. Findings indicated that the Piagetian stage of…

Describes children's reactions to chance and probability in a variety of experimental situations, using four different experiments from Piaget's work, to give a clearer picture of how children approach these ideas. (GA)

Little formal training in skills is given with undergraduate courses in chemistry. A possible remedy is the introduction of specially devised exercises for skill development in logical argument, problem solving, appreciation of scientific limitations, fluent and grammatical writing and speaking, and decision making. (MSE)

Presents a descriptive analogy comparing Piaget's theory of intellectual development to the development of athletic abilities in order to provide insight into Piagetian theory. (SL)

Reports on a study conducted to obtain indications of changes in mental level from high school through college and to investigate the relationship of cognitive level to SAT scores, college grades, and attrition. (PEB)

Investigates several key statements from Piaget's cognitive psychology and their meaning for science education. Concludes that teaching must be conducted as reversibly as possible so that when the teacher presents his own assimilation schemata it will be equilibrated by the pupils' schemata. (GA)

Reports the results of a study designed to measure any changes in the Piagetian level of intellectual functioning of students after taking one introductory college physics course for one semester. No developmental progress was found as a result of taking such a course. (Author/GA)

The author examines current techniques used to teach elementary school children how to analyze and compare. Emphasis is placed upon developing these modes of mental activity while teaching biological concepts. (DE)