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Bull, Kay S.; Shuler, Paul; Overton, Robert; Kimball, Sarah; Boykin, Cynthia; Griffin, John – 1999
When in the "zone of proximal development" for a particular skill or piece of information, a learner is ready to learn but lacks certain prerequisites. Scaffolding is an interactive process in which a teacher or facilitator assists such a learner to build a "structure" to contain and frame the new information. Scaffolding can…
Descriptors: Cognitive Style, Computer Assisted Instruction, Constructivism (Learning), Cooperative Learning
Landry, Christopher E.; Forman, George E. – 1999
The implementation of basic research on children's scientific thinking into science curricula continues to be a slow process. This chapter summarizes research on cognitive development that has helped to establish the goals for much of early science education and examines its implications. The chapter begins by describing scientific thinking and…
Descriptors: Cognitive Development, Concept Formation, Constructivism (Learning), Early Childhood Education
Peer reviewedMcGrath, Diane; Cumaranatunge, Chandima; Ji, Misook; Chen, Huiping; Broce, Winston; Wright, Kathleen – Journal of Research on Computing in Education, 1997
Examines seven multimedia science projects in elementary and secondary schools. Discusses science attitudes and understanding, student responsibility for learning, gender equity, constructivism, multiple intelligences, learning and attitudes, and recommendations for teachers. (LRW)
Descriptors: Case Studies, Constructivism (Learning), Elementary Secondary Education, Gender Issues
Peer reviewedWadsworth, Pamela – Primary Science Review, 1997
Argues that children learn science more effectively when teachers begin with the ideas they already hold. Children can arrive at scientific understanding through careful teaching that includes discussion activities, practical investigations, or secondary sources. Getting children to discuss their ideas challenges their thinking and encourages them…
Descriptors: Concept Formation, Constructivism (Learning), Discussion (Teaching Technique), Educational Philosophy
Peer reviewedMurphy, Patricia – Primary Science Review, 1997
If children are required to make their own sense, then attempting to impart knowledge will fail altogether or result in only superficial short-term learning. Curriculum structure, load in science, and assessment must change for a constructivist approach to flourish in the classroom. Teachers must serve as a guide to students exploring science as a…
Descriptors: Active Learning, Classroom Techniques, Cognitive Style, Constructivism (Learning)
Peer reviewedZuzovsky, Ruth – European Journal of Teacher Education, 1996
This paper describes prevailing models of teacher education programs in Israel and notes differences in their student teaching components. Suggests that the variability is due to different views regarding professional, epistemological, and sociopolitical factors, which result in a variety of teacher education programs, especially practicum…
Descriptors: Constructivism (Learning), Epistemology, Foreign Countries, Higher Education
Peer reviewedHamilton, Debbie; Hitz, Randy – Journal of Early Childhood Teacher Education, 1996
Describes the design, delivery, and impact of an undergraduate early childhood education course consistent with constructivist principles. Cites results from the Teachers' Belief Questionnaire and examination of student journals indicating students' knowledge and beliefs about teaching had changed. Suggests that helping students recognize…
Descriptors: Attitude Change, Beliefs, Cognitive Dissonance, Constructivism (Learning)
Peer reviewedThornton, Leslie J., II; McEntee, Mary Elizabeth – Theory into Practice, 1995
After acknowledging that learning and knowing are coconstructed social processes created and shared by teachers and students as learners, the paper examines mindfulness and multiculturalism as learner-centered processes. Mindfulness, multiculturalism, and learner centeredness are interdependent mindsets that encourage interplay between teacher,…
Descriptors: Classroom Environment, Classroom Techniques, Consciousness Raising, Constructivism (Learning)
Peer reviewedKroll, Linda Ruth; LaBoskey, Vicki Kubler – Action in Teacher Education, 1996
Describes a teacher education program that provides multiple opportunities for preservice teachers to construct and reflect on learning to teach. The program emphasizes helping teachers to see themselves as learners, as teachers of content, and as researchers. Examples of course work and assignments that reflect a constructivist perspective are…
Descriptors: College Students, Constructivism (Learning), Educational Change, Elementary Secondary Education
Peer reviewedBarowy, Bill; Laserna, Catalina – Journal of Science Education and Technology, 1997
Describes a project that explores the combined use of Internet client-server technology and interactive computer modeling software for improving secondary science teaching. Classroom core practices are evaluated for traceable impacts of change in student learning. Contains 59 references. (DDR)
Descriptors: Computer Networks, Computer Software, Computer Uses in Education, Constructivism (Learning)
Peer reviewedHenriksen, Leif; And Others – European Journal of Teacher Education, 1996
A preservice physics/chemistry course was created that was inspired by constructivist thinking, that emphasized metacognition, and that integrated concepts of pedagogical and scientific topics by developing a teaching/learning cycle. Denmark's educational system and the implementation of the course are described. Preliminary evaluations suggest…
Descriptors: Chemistry, Constructivism (Learning), Elementary Secondary Education, Foreign Countries
Peer reviewedChaptal, Alain – Educational Media International, 2002
Discusses and compares the use of information and communication technology in K-12 schools in France and in the United States. Topics include students to computers ratio; schools having Internet connections; teacher's use of electronic and other resources; constructivism; and benefits of technology integration. (LRW)
Descriptors: Access to Computers, Comparative Analysis, Constructivism (Learning), Educational Technology
Peer reviewedBacon, Ellen H.; Bloom, Lisa A. – Journal of Learning Disabilities, 1995
This article explains how key principles of holistic constructivism were used to revise a graduate teacher education program in behavior disorders and develop a portfolio model of evaluation, involving individualized portfolios, applied projects, collaborative work, and student evaluation, to demonstrate competency in eight areas. Three students…
Descriptors: Behavior Disorders, Competency Based Teacher Education, Constructivism (Learning), Educational Principles
Peer reviewedMann, Christine – Roeper Review, 1994
This article explores progress in the application of new technologies to the education of gifted students. Topics discussed include constructivism; new learning environments; empowerment of students; and applications of telecommunications, image processing, and expert systems. (Author/DB)
Descriptors: Cognitive Processes, Computer Uses in Education, Constructivism (Learning), Educational Technology
Marra, Rose M.; And Others – Educational Media and Technology Yearbook (EMTY), 1993
Twelve state-of-the-art articles discuss current developments educational media and technology. Topics examined include research, information technology, networking, and telecommunications. Four articles are also published as ERIC Digests. All of the articles contain references. (SLW)
Descriptors: Computer Networks, Constructivism (Learning), Educational Research, Educational Technology


