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Pezzullo, Thomas R.; Madaus, George F. – 1971
A study of twins was conducted to determine the presence of an hereditary component in short term memory and in three aspects of verbal divergent thinking--flexibility, fluency, and originality. Results showed the existence of a significant genetic component in the trait of short term memory, while none was found in verbal divergent thinking. (AG)
Descriptors: Biological Influences, Cognitive Processes, Creative Thinking, Divergent Thinking
Jacobs, Gabriel H. L. – 1970
A description of some techniques for developing children's creative thinking is presented. The principal technique used was to have children keep a journal of new ideas for five days a week. Thoughts to be written down included thinking about physical phenomena, children's thoughts about interpersonal relationships and themselves, children's…
Descriptors: Child Development, Cognitive Processes, Creative Thinking, Elementary School Students
Harrington, Pamela C. – 1977
This guide discusses the need for decision making expertise, and the steps to attain it. First, human beings are forever encountering the necessity to make choices, because they are constantly striving to adapt to their environment and to co-exist with others, Second there is an expectation that individuals will be independent. Third,…
Descriptors: Adjustment (to Environment), Conflict Resolution, Convergent Thinking, Creative Thinking
Davis, Gary A.; Belcher, Terence L. – 1971
This study evaluated interrelationships among the scores of 51 high school seniors on the Remote Associates Test (RAT), verbal subtests of the Torrance Tests, the Alpha Biographical Inventory (ABI), and IQ. For all Ss, RAT scores, IQ, and the ABI Academic Success score comprised an interrelated "intelligence cluster." With males, none of…
Descriptors: Creative Thinking, Creativity Research, Creativity Tests, High School Students
Torrance, E. Paul – 1977
A subtle revolution in the goals and methods of education, which has been occurring in the United States since the early 1960s, emphasizes both creative problem solving and creative expression. This booklet discusses this creativity and explores the evidences of change in educational objectives, teaching methods, curriculum and instructional…
Descriptors: Creative Expression, Creative Thinking, Creativity, Creativity Research
Peer reviewedHuntsberger, John P. – Science and Children, 1978
The classroom use of attribute blocks to develop thinking skills is defended in this article. Divergent-productive thinking is identified as an important skill that can be developed by using these blocks. However, teacher commitment and involvement in the program is considered necessary. Suggestions for using these blocks are included. (MA)
Descriptors: Cognitive Development, Concept Formation, Creative Thinking, Educational Research
Guy, Cynthia – Teacher, 1977
Descriptors: Creative Teaching, Creative Thinking, Curriculum Development, Educational Resources
Peer reviewedAnderson, Sexton G.; Lauderdale, Margaret D. – School Counselor, 1987
Shows how counselors and teachers can be partners in the classroom. Describes an interdisciplinary instruction program in junior English which used the Myers Briggs Type Indicator to analyze literary characters. Encourages counselors to find other innovative methods for inspiring creativity in the classroom. (ABB)
Descriptors: Characterization, Classroom Techniques, Counselor Teacher Cooperation, Creative Thinking
Smith, Jane Bandy – School Library Media Quarterly, 1987
Develops a general understanding of four categories of thinking skill components and their increasing importance: (1) problem solving; (2) decision making; (3) critical thinking; and (4) creative thinking. Methods of incorporating audiovisual media into thinking skills instruction are suggested. Twenty-one references are listed. (MES)
Descriptors: Audiovisual Aids, Cognitive Development, Creative Thinking, Critical Thinking
Peer reviewedRump, Eric E.; And Others – Studies in Continuing Education, 1988
A study was undertaken to evaluate six adult courses, including four creativity-training courses and two university groups serving as controls. In the test groups, several significant improvements in test results were gained following the six-week courses, involving idea production, preference for complex stimuli, and creative independence.…
Descriptors: Adults, Cognitive Development, Continuing Education, Course Evaluation
Feldhusen, John F.; Kolloff, Margaret B. – Gifted Child Today (GCT), 1988
The reprinted 1978 article with a 1988 update advocates a combination of enrichment and acceleration to meet the needs of gifted youth. It presents a three-stage enrichment model to develop: (1) divergent and convergent thinking abilities; (2) creative thinking and problem solving strategies; and (3) independent learning abilities. (VW)
Descriptors: Acceleration (Education), Cognitive Development, Convergent Thinking, Creative Thinking
Peer reviewedShear, Jonathan – Mathematics Teacher, 1985
The study of trigonometric functions in terms of the unit circle offer an example of how students can learn algebraic relations and operations while using visually oriented thinking. Illustrations are included. (MNS)
Descriptors: Cognitive Processes, Cognitive Style, Creative Thinking, Functions (Mathematics)
Peer reviewedEisner, Elliot W. – Educational Horizons, 1985
It is the responsibility of the teachers to make education a creative experience. Education should give children opportunities to create multiple solutions to identical problems, teach children how to formulate questions and problems, and cultivate the ability to experience the world sensitively. (CT)
Descriptors: Art Education, Creative Development, Creative Thinking, Creativity
Peer reviewedKennett, Keith F. – Education, 1984
Examines biological and environmental determinants of creative/divergent thinking in light of two studies--one showing an inverse relationship between serum uric acid and divergent thinking and one showing a positive correlation between family size and creativity in upper socioeconomic status groups. Outlines classroom practices that promote…
Descriptors: Biological Influences, Classroom Environment, Cognitive Development, Creative Development
Peer reviewedDe Bono, Edward – Educational Leadership, 1984
Critical thinking alone is reactive, in that it lacks the creative elements necessary for social progress. Accordingly, the author has developed the CoRT (Cognitive Research Trust) program to teach the two aspects of perception: breadth (developing a perceptual map) and change (using the map to discover solutions). (TE)
Descriptors: Cognitive Development, Creative Thinking, Critical Thinking, Discovery Processes


