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Peer reviewedGau, Y. David; Tartre, Lindsay A. – Mathematics Teacher, 1994
Explores areas of polygons by comparing polygon area to the area of the associated midpoint polygon, formed by joining the midpoints of consecutive sides. Considers triangles, quadrilaterals, pentagons, and regular polygons using paper folding, drawings on graph paper, and plexiglass MIRA constructions. (Contains 12 references.) (MKR)
Descriptors: Area, Discovery Learning, Mathematics Curriculum, Mathematics Education
Peer reviewedLaney, James D. – Journal of Educational Research, 1993
Examined the effectiveness of experienced-based versus other experiential learning. First graders participated in experience-dictation, experience-debriefing, or debriefing-only groups. Pre- and posttesting probed students' understanding of 10 basic economic concepts and use of cost-benefit analysis in decision making. Findings supported the…
Descriptors: Concept Teaching, Cost Effectiveness, Decision Making, Discovery Learning
Peer reviewedPugh, Steffi – Gifted Child Today Magazine, 1999
Describes the ninth-grade curriculum of the Downingtown Educational Enrichment Program (DEEP) that includes student design and implementation of independent-study contracts. The program serves identified gifted students through a year-long scheduled elective course option that meets every other day and offers one-half credit. (CR)
Descriptors: Curriculum Design, Discovery Learning, Enrichment Activities, Gifted
Whitcombe, Mark – Pathways: The Ontario Journal of Outdoor Education, 1999
Anecdotes describe how outdoor education provides active-learning experiences by involving students in direct interaction with each other and the real world. Outdoor education reveals the inherent natural connections between different branches of knowledge by accessing and honoring multiple modalities of thinking and expressing, and encouraging…
Descriptors: Active Learning, Discovery Learning, Educational Strategies, Experiential Learning
Peer reviewedStrot, Melody – Gifted Child Today Magazine, 1999
Urges teachers of gifted students to allow students unstructured recreational computer time in the classroom to encourage student exploration and discovery, to promote creativity, to develop problem-solving skills, and to allow time to revisit programs and complete their own tasks. Different types of educational computer programs are referenced.…
Descriptors: Computer Software Evaluation, Computer Uses in Education, Discovery Learning, Elementary Secondary Education
McKenzie, Jamie – Phi Delta Kappan, 1998
Shows how schools can help students navigate the Internet's complex, often disorganized information landscape and decide about important issues affecting their lives and times. Students must become "infotectives" adept at framing essential questions, planning a cyberspace voyage, collecting pertinent information, changing course, exploiting…
Descriptors: Computer Networks, Data Collection, Discovery Learning, Elementary Secondary Education
Duwell, Mary J.; Bennett, Ellen – Understanding Our Gifted, 2000
This article discusses how laptop computers can be used in gifted education to create learner-centered environments, promote independent inquiry, stimulate creativity, risk taking, and development of passions, encourage complexity of ideas and higher level thinking, offer a variety of grouping options, and provide for flexibility and mobility.…
Descriptors: Computer Assisted Instruction, Computer Uses in Education, Discovery Learning, Elementary Secondary Education
Peer reviewedO'Hagin, Isabel B. – General Music Today, 1998
Investigates the effects of the discovery approach to movement-based instruction on children's level of musicality. Finds that the students with the highest musicality were girls, demonstrated reflective movements and a personal sense of style while moving, and made sense of the music by organizing, categorizing, and developing movement ideas.…
Descriptors: Aural Learning, Child Behavior, Creativity, Dance
Peer reviewedDuck, Lloyd – Educational Leadership, 2000
To enhance effectiveness, teachers should analyze memories of successful learning experiences and teachers, share enthusiasm about their subject with students, blend plans for professional and personal growth, choose appropriate teaching and classroom-management styles, develop portfolios charting progress, participate in support groups, and build…
Descriptors: Beginning Teachers, Classroom Techniques, Discovery Learning, Elementary Secondary Education
Peer reviewedHolzl, Reinhard – International Journal of Computers for Mathematical Learning, 2001
Uses of Dynamic Geometry Software (DGS) are often limited purely to a verifying role. Presents a case study that emerged from a project in which DGS formed an integral part of the pedagogical arrangement. The study demonstrates how the contrasting power of DGS might be utilized in a guided discovery setting. (Contains 17 references.) (Author/ASK)
Descriptors: Case Studies, Computer Software, Computer Uses in Education, Discovery Learning
Peer reviewedLatham, Gloria – Australian Journal of Early Childhood, 1996
Children's natural propensity for wonder is important to learning. Educators play a vital role in keeping that sense of wonder alive; educators must not merely supply explanations, but must move young children toward solving their own problems through active exploration, discovery, and reflection--processes that are pertinent to our responses in…
Descriptors: Childhood Attitudes, Cognitive Development, Creative Thinking, Curiosity
Borgia, Eileen – Scholastic Early Childhood Today, 1996
Offers guidelines for creating and implementing an age-appropriate project that fits children's needs, interests, and surroundings. Using the example of a supermarket project, outlines the four stages of a project's development--preliminary planning, getting started, investigation and discovery, and wrapping up the project. Gives tips on learning…
Descriptors: Active Learning, Discovery Learning, Early Childhood Education, Experiential Learning
Stoskopf, Alan – Phi Delta Kappan, 2001
Inquiry-based teaching and assessment approaches are superior to standardized tests for measuring students' progress. Historical thinking skills employed in Leopold von Ranke's 19th-century seminars have been refined to consider point of view, credibility of evidence, historical context, causality, and multiple perspectives--benchmarks of…
Descriptors: Discovery Learning, Elementary Secondary Education, History Instruction, Inquiry
Starnes, Bobby Ann – Active Learner: A Foxfire Journal for Teachers, 1999
Presents the 1999 winners of the Foxfire Exemplary Classrooms Awards. The winners were diverse in grade level, urban and rural settings, years of experience with the Foxfire core practices, and ideas about how to implement the Foxfire approach. Activities and experiences from each winning classroom are highlighted. Criteria for winning an award…
Descriptors: Active Learning, Awards, Class Activities, Classroom Techniques
Harvey, Barbara Z.; Sirna, Richard T.; Houlihan, Margaret B. – American School Board Journal, 1998
Students at a St. Louis middle school experimenting with hands-on learning methods have scored consistently higher on the Stanford Achievement Tests than those in other district schools. A hands-on learning environment requires a thematic, integrated curriculum; creative, self-motivated teachers; and a supportive, facilitative principal. (MLH)
Descriptors: Administrator Role, Creativity, Discovery Learning, Educational Environment


