Publication Date
| In 2015 | 49 |
| Since 2014 | 248 |
| Since 2011 (last 5 years) | 919 |
| Since 2006 (last 10 years) | 1684 |
| Since 1996 (last 20 years) | 3206 |
Descriptor
Source
Author
| Brandt, Ron | 78 |
| Molnar, Alex | 38 |
| O'Neil, John | 29 |
| Popham, W. James | 29 |
| Scherer, Marge | 26 |
| Slavin, Robert E. | 21 |
| Holloway, John H. | 20 |
| Guskey, Thomas R. | 18 |
| Perkins-Gough, Deborah | 17 |
| Darling-Hammond, Linda | 16 |
| More ▼ | |
Publication Type
Showing 2,521 to 2,535 of 6,790 results
Peer reviewedScherer, Marge – Educational Leadership, 1999
Howard Gardner reflects on how students who learn in different ways might grapple with deep epistemological questions. Gardner advocates teaching disciplines that present our culture's image of what is true, beautiful, and ethical. His understanding pathway should appeal to children possessing a strong existential intelligence. (MLH)
Descriptors: Aesthetics, Behaviorism, Charter Schools, Constructivism (Learning)
Peer reviewedBrooks, Martin G.; Brooks, Jacqueline Grennon – Educational Leadership, 1999
Attempting to capture the complexity of learning on standardized state assessments severely limits student knowledge and expression. Inevitably, schools reduce the curriculum to what is covered on tests. Students control their learning. Constructivist teachers structure lessons around big ideas, value relevance, and strive to challenge students'…
Descriptors: Academic Standards, Constructivism (Learning), Costs, Elementary Secondary Education
Peer reviewedMcKeown, Margaret G.; Beck, Isabel L. – Educational Leadership, 1999
Although constructivism sounds theoretically simple, many teachers encounter obstacles in creating constructivist classrooms. When teaching literature, effective constructivist teachers direct a certain focus, devise questions that ignite thinking, spotlight and paraphrase students' responses, and reflect thinking back to students. (MLH)
Descriptors: Constructivism (Learning), Discussion (Teaching Technique), Elementary Education, Literature
Peer reviewedKrynock, Karoline; Robb, Louise – Educational Leadership, 1999
When faced with real-world problems, students devise accurate, logical, and creative solutions using skills connecting to different subject areas. Students are intrigued by assignments involving preservation of species and design of environmentally friendly products and transit systems. Problem-based learning depends on coaching, modeling, and…
Descriptors: Constructivism (Learning), Creative Thinking, Environmental Education, Modeling (Psychology)
Peer reviewedCrawford, Michael; Witte, Mary – Educational Leadership, 1999
Teachers in constructivist mathematics classrooms actively engage students in the learning process. Although constructivist teachers use different methods, most employ five contextual teaching strategies: relating, experiencing, applying, cooperating, and transferring. Students learn that even in mathematics, the "right" answer can be a matter of…
Descriptors: Active Learning, Classroom Environment, Constructivism (Learning), Context Effect
Peer reviewedGoldsmith, Lynn T.; Mark, June – Educational Leadership, 1999
In April 2000, the National Council of Teachers of Mathematics will release "Principles and Standards in School Mathematics," a revised document stressing conceptual understanding and reasoning. NCTM standards specify that curricula should emphasize five mathematical processes: problem solving, reasoning and proof, communication, connections, and…
Descriptors: Academic Standards, Classroom Environment, Communication Skills, Constructivism (Learning)
Peer reviewedCarpenter, B. Stephen, II – Educational Leadership, 1999
When required to interpret works of art, students arrive at a broad-based, well-grounded understanding of the nature, value, and meaning of art in their lives. Teachers should offer art works, like those of Amalia Mesa-Bains, Joseph Stella, and Beverly Buchanan, whose narratives are complex and challenging, but not conceptually dense or…
Descriptors: Art Education, Constructivism (Learning), Elementary Secondary Education, Interpretive Skills
Peer reviewedGrace, Marsha – Educational Leadership, 1999
Providing opportunities for students to generate their own curriculum requires courage. Student interests are unpredictable. Teachers should garner support, start small, use library resources, eschew curriculum guides, develop assessment tools, allow for noise, schedule record keeping, allow a routine to emerge, be learners, communicate…
Descriptors: Constructivism (Learning), Elementary Education, Learning Processes, Student Centered Curriculum
Peer reviewedBennett, Catherine; Brooks, Jacqueline Grennon; Morvillo, Nancy – Educational Leadership, 1999
In the Discover Lab, a science education center at the State University of New York at Stony Brook, students learn to investigate, critique, and test big scientific questions and devise their own answers. Students are guided through cyclical processes of inquiry, logic and reasoning, testing and experimentation, and communication. (MLH)
Descriptors: Astronomy, Constructivism (Learning), Discovery Learning, Elementary Education
Peer reviewedRichetti, Cynthia; Sheerin, James – Educational Leadership, 1999
Constructivist theory recognizes the student's value as thinker. Thinking ability hinges on the capacity to ask and consider important questions. Teachers need question-driven problem-solving strategies that are comprehensive, adaptable, discriminating, productive, and transferable. This article explains four types of situations and accompanying…
Descriptors: Cognitive Ability, Constructivism (Learning), Lifelong Learning, Problem Solving
Peer reviewedRush, Perry – Educational Leadership, 1999
With corporate sponsorship, a suburban school in New Zealand developed a Wellington City Site program to teach students how to work in context. The classroom houses a richly personalized program that builds strong relationships between students and business and arts organizations. Freedom, ownership, responsibility, and openness are underlying…
Descriptors: Arts Centers, Community Role, Constructivism (Learning), Educational Opportunities
Peer reviewedAbbott, John; Ryan, Terence – Educational Leadership, 1999
Inquisitiveness is what drives children's learning. Cognitive scientists have devised constructivist theory to explain how an individual progresses from curiosity to new knowledge. Formal schooling has struggled unsuccessfully to simulate real-life learning situations. Emerging brain research supports bringing the community into the learning…
Descriptors: Active Learning, Brain, Community Role, Constructivism (Learning)
Peer reviewedLevy, Steven – Educational Leadership, 1999
Learning is about making connections between subjects, across disciplines, over time, and from individual to universal experience. Our school system is not geared toward connectivity. Knowledge is divided into discrete subjects, and the day into fixed periods. Six questions facilitate students' movement from experience to subjects. (MLH)
Descriptors: Attention Deficit Disorders, Curriculum Design, Elementary Secondary Education, Experience
Peer reviewedFogarty, Robin – Educational Leadership, 1999
Today's best constructivist teaching reflects the legacies of educational visionaries such as John Dewey, Jean Piaget, Lev Vygotsky, Reuven Feuerstein, Howard Gardner, and Marian Diamond. Creative cognitive designs stem from three essential elements: creative teaching genius, excellent instructional methods, and expansive, interconnective…
Descriptors: Active Learning, Constructivism (Learning), Discovery Learning, Educational History
Peer reviewedDelisle, James R. – Educational Leadership, 1999
Inclusionary practices may appease critics, but have actually caused a decline in rigorous academic options for high achievers. Mainstreamed gifted kids have fewer chances to challenge one another. Full inclusion for all special-needs students is tomorrow's bad practice. Programs featuring flexibility, acceleration, and variety are promising…
Descriptors: Academically Gifted, Acceleration (Education), Educational Environment, Elementary Secondary Education


