Although frequently discounted, imagery plays an important role in the intellectual development of gifted students. It can be useful in helping students remember, create (in the arts and in sports), and develop flexibility in thinking. Imagery may also be involved in gifted adolescents' career and life decisions. (CL)

The theme of the seventh yearbook of the Association for the Education of Teachers in Science (AETS) involves the relationship of psychology of teaching thinking and creativity as this activity is performed in a science education context. Eleven chapters follow a foreword by Jean Piaget and the reproduction of Part I of "The Central Purpose of…

Problem-based learning is argued to be the most effective means of developing students' general mental abilities, integrating academic and operational approaches to higher education, and instilling a high level of student motivation and capacity for active learning. Conditions for successful problem-based learning are discussed. (Author/MSE)

The article describes a curriculum used in gifted programming which is based on Guilford's Structure of Intellect (SOI) theory of intelligence. Sourcebooks and individual SOI modules have been developed to train over 90 kinds of intellectual ability. Five categories of intellectual ability are defined (cognition, memory, evaluation, convergent…

Methods for teaching higher order thinking skills to students with special needs are considered. These include microthinking skills (e.g., classification); critical thinking skills; and major thinking operations (e.g., problem solving, decision making, and conceptualizing). Strategies for teaching individual skills and for incorporating thinking…

Summarizes a study of instruments developed for use in assessing aspects of science curriculum and instruction. (PB)