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Peer reviewedQuinby, Nelson – Educational Leadership, 1985
Presents an interview with an intelligence expert and author who proposes that the scope of intelligence testing be broadened according to his new taxonomy of intelligence, and that schools use intelligence tests to diagnose individual students' strengths and weaknesses. (MCG)
Descriptors: Classification, Cognitive Objectives, Cognitive Processes, Creative Thinking
Griffin, Elizabeth – Outdoor Communicator, 1982
Notes need for outdoor education programs for gifted students. Describes a 1981 survey of such programs provided by New York's Board of Cooperative Educational Services and outdoor education centers. Renzulli's Enrichment Triad Model and Parents' Creative Problem Solving Process are suggested as models to teach gifted students through outdoor…
Descriptors: Creative Thinking, Curriculum Enrichment, Discovery Processes, Elementary Secondary Education
Welch, Malcolm – 1997
A study explored how untutored technology education students used three-dimensional modelling while designing and making a solution to a technological problem. A literature review focused on modelling as a design process skill and its purposes. Ten seventh-grade students (six boys and four girls) were paired into five single-sex dyads. Each dyad…
Descriptors: Creative Thinking, Educational Research, Foreign Countries, Grade 7
Lynch, Mervin D., Ed.; Harris, Carole Ruth, Ed. – 2001
This book identifies strategies for use by classroom teachers in grades K-8 to nurture the development of creativity. Section 1 offers general strategies to stimulate productive thinking. Section 2 examines personality, creative thinking, and appropriate teaching strategies. Section 3 is dedicated to teaching special groups. Section 4 focuses on…
Descriptors: Creative Development, Creative Thinking, Creativity, Educational Environment
Bohland, Mark A. – 2003
This guide features a problem-based learning (PBL) unit specifically designed for student-centered learning of new and meaningful content on diseases. Students grapple with a complex and changing problem that requires higher level thinking skills in an environment in which students work both individually and in collaboration with others. Includes…
Descriptors: Biology, Communicable Diseases, Cooperative Learning, Creative Thinking
Her Majesty's Inspectorate of Education, 2006
The National Priorities, published in 2001, highlight important outcomes of education in Scotland. National Priority 5 sets a clear expectation that teachers will "encourage creativity and ambition" in their pupils. "A Curriculum for Excellence" also stresses that pupils need to be able to "think creatively and…
Descriptors: Academic Achievement, Evidence, Outcomes of Education, Students
Egan, Dermot – J Creative Behav, 1969
Reprinted from "Manpower and Applied Psychology , Volume II, Number 1, 1968.
Descriptors: Business, Creative Development, Creative Thinking, Decision Making
Peer reviewedPeters, William H.; Amburgey, Betty S. – Journal of Educational Research, 1982
College faculty and freshmen program participated in a study of the effect of teachers' preference for complexity and tolerance to ambiguity. Teachers who preferred high complexity classroom interaction maintained significantly more verbal responses in the higher levels of cognition, thereby challenging student thinking. (PP)
Descriptors: Classroom Communication, College Freshmen, Creative Thinking, Discussion (Teaching Technique)
Peer reviewedLazarowitz, Reuven; Huppert, Yehuda – American Biology Teacher, 1980
Describes a study using experimental and control classes to test the effect of exercises in creative thinking. The tenth-grade students were able to increase their ability to think creatively. (Author/SA)
Descriptors: Biological Sciences, Cognitive Processes, Creative Thinking, Educational Research
Peer reviewedDemetrulias, Diana Mayer – Journal of Teacher Education, 1980
Even in an educational tests and measurements classroom it is possible to stimulate student creativity and divergent thinking. Examples of projects and test constructions are given to provide food for thought for the creative teacher. (JN)
Descriptors: Creative Thinking, Creativity Tests, Divergent Thinking, Educational Testing
Peer reviewedReid, Carol; Romanoff, Brenda – Educational Leadership, 1997
In the Charlotte-Mecklenburg (North Carolina) Public Schools, thousands of gifted children are tackling challenging, real-world problems correlated with curricular expectations. This gifted program fuses three philosophies: multiple-intelligences theory, problem-centered learning, and a thoughtful atmosphere to foster critical and creative…
Descriptors: Ability Identification, Classroom Environment, Creative Thinking, Elementary Secondary Education
Peer reviewedWagner, Christian – Journal of Creative Behavior, 1996
This article argues that, if creativity is measured by outcomes, then basic forms of reasoning (deduction, induction, abduction, specialization/generalization, and elementary memory associations) can be considered mildly creative. The claim is backed by references to computer programs that have generated creative outcomes. Limitations of this…
Descriptors: Abstract Reasoning, Artificial Intelligence, Computer Oriented Programs, Creative Thinking
Peer reviewedCastle, Marrietta; Lewis, Cathie – Teaching Children Mathematics, 1996
Describes grade-appropriate weekly activities designed to appeal directly to students by giving them open-ended questions. Activities may be worked on individually, in pairs, or in small groups. This particular set of activities focuses on stories from literature involving measurement, earning money, marketing a product, and setting up a…
Descriptors: Cognitive Processes, Concept Formation, Creative Thinking, Discovery Processes
Peer reviewedDavis, Robert B. – Arithmetic Teacher, 1991
Examined is the situation in which pupils invent mathematics on their own and teachers' reactions to this situation. The assimilation of students' original ideas into correct mathematical concepts is discussed. (CW)
Descriptors: Arithmetic, Cognitive Development, Cognitive Structures, Computation
Peer reviewedRichburg, Robert W.; Kreutzer, Richard – Social Studies, 1989
Discusses the importance of creative thinking in the geography classroom. Suggests that such thinking can be achieved through the integration of content and creative problem solving. Describes a seventh grade world geography class activity which illustrates this integration. Steps for applying the activity are given and student efforts are…
Descriptors: Class Activities, Classroom Techniques, Course Content, Creative Thinking


