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Peer reviewedWebb, Noreen M.; And Others – Journal of Educational Psychology, 1995
Student behaviors that best predicted mathematics learning in peer-directed small groups among students who needed help were studied with 166 seventh graders. Tape recordings of student interaction confirmed that receiving explanations and carrying out constructive activity were predictors of achievement. (SLD)
Descriptors: Behavior Patterns, Constructivism (Learning), Cooperative Learning, Grade 7
Peer reviewedRecker, Mimi M.; And Others – Journal of Educational Multimedia and Hypermedia, 1995
Proposes a theory for organizing information and activities in educational hypermedia systems and evaluates theory effectiveness based on implementation of a multimedia learning environment. Results suggest that self-paced interactive learning environments, multimedia information access, and constructive activities organized into cognitive media…
Descriptors: Access to Information, Cognitive Structures, Constructivism (Learning), Educational Environment
Peer reviewedDriver, Rosalind; And Others – Educational Researcher, 1994
Presents a view of the interplay among the various factors of personal experience, language, and socialization in the process of learning science in classrooms. Discusses the problematic relations among scientific knowledge, the learning of science, and pedagogy. (GLR)
Descriptors: Classroom Environment, Cognitive Processes, Concept Formation, Constructivism (Learning)
Peer reviewedDu Plessis, Johan P.; And Others – Computers & Education, 1995
Proposes a model for intelligent computer-aided education systems that is based on cooperative learning, constructive problem-solving, object-oriented programming, interactive user interfaces, and expert system techniques. Future research is discussed, and a prototype for teaching mathematics to 10- to 12-year-old students is appended. (LRW)
Descriptors: Computer Assisted Instruction, Computer Interfaces, Constructivism (Learning), Cooperative Learning
Okamoto, Toshio; And Others – Educational Technology Research, 1994
Describes multimedia CAL software with CAD/expert systems capabilities designed for use in environmental education for fourth- through sixth-grade children. The software is based on concepts of situated learning and knowledge constructivism, provides a learning environment that supports a student's decision making, and provides online feedback.…
Descriptors: Computer Assisted Design, Computer Assisted Instruction, Computer Software Development, Constructivism (Learning)
Peer reviewedStahl, Gerry; And Others – Computers & Education, 1995
Discusses the distribution of curriculum ideas over the Internet. Considers the need for productivity software for curriculum development by classroom teachers, and introduces "Teacher's Curriculum Assistant," software designed for this purpose. Describes a constructivist curriculum and provides an example of a problem-solving…
Descriptors: Computer Networks, Computer Software Development, Constructivism (Learning), Curriculum Development
Peer reviewedEnnis, Catherine D. – Quest, 1994
Curricular expertise is reflected in teachers' abilities to select and convey content appropriate to the learner within a particular contextual setting and situation. The article describes traditional conceptualizations of knowledge and beliefs, focusing on relationships between the two concepts that promote a greater understanding of curricular…
Descriptors: Constructivism (Learning), Elementary Secondary Education, Higher Education, Inservice Teacher Education
Peer reviewedPoncelet, Guy M.; Proctor, Len F. – Canadian Journal of Educational Communication, 1993
Presents guidelines derived from cognitive and constructivist learning theory and instructional design literature for designing effective hypermedia-based courseware. Topics addressed include the influence of learning theory, hypertext and hypermedia, courseware design factors, learner interaction variables, practice, feedback, learner control,…
Descriptors: Cognitive Processes, Computer Assisted Instruction, Computer Software Development, Constructivism (Learning)
Peer reviewedSimon, Martin A.; Blume, Glendon W. – Journal of Mathematical Behavior, 1994
Describes the development of the ability to identify a ratio as the appropriate measure of a given attribute by (n=26) prospective elementary teachers. It was concluded that traditional procedural approaches to teaching ratios do not challenge students to develop their own mathematical models of the world. (21 references) (MKR)
Descriptors: Constructivism (Learning), Elementary Education, Elementary School Teachers, Higher Education
Peer reviewedCraig, Robert P. – Teacher Education Quarterly, 1994
Describes a reflective inquiry teacher education program at one university, examining the relationship between values and teacher skills. The program emphasizes the development of analytical and critical thinking skills. The article describes 25 preservice teachers' value clusters, explores the necessary skills development, and shares one…
Descriptors: Constructivism (Learning), Creative Thinking, Critical Thinking, Higher Education
Peer reviewedScruggs, Thomas E.; Mastropieri, Margo A. – Journal of Special Education, 1994
Findings of experimental and qualitative research on construction of science knowledge by students with mild disabilities are reported. Both lines of research indicate these students are able to construct scientific knowledge using scientific methods, positive outcomes are associated with implementation of teacher effectiveness variables, and…
Descriptors: Constructivism (Learning), Elementary Secondary Education, Experiments, Instructional Effectiveness
Peer reviewedDykstra, D. I.; And Others – Science Education, 1992
Discusses (1) the need for teachers to understand student conceptions; (2) alternative conceptions that students formulate; (3) changing conceptions; (4) representing conceptual knowledge for studying conceptual change; (5) strategies for inducing change; and (6) a taxonomy of conceptual change. (Contains 61 references.) (MDH)
Descriptors: Beliefs, Classification, Cognitive Development, Cognitive Mapping
Peer reviewedFogarty, Robin; McTighe, Jay – Theory into Practice, 1993
Examines the process by which teachers learn to teach thinking in the classroom. The paper describes the evolution of thinking skills in three phases: thinking skills acquisition, critical and creative thinking processes, and thoughtful application. Teachers pass through the three-stage process as they learn how to teach thinking. (SM)
Descriptors: Classroom Techniques, Constructivism (Learning), Creative Thinking, Critical Thinking
Peer reviewedYell, Michael M.; Scheurman, Geoffrey – Social Education, 1998
Presents an annotated bibliography of educational resources supporting constructivist teaching. Includes books that illustrate active teaching strategies, general works on the philosophical bases for constructivism, guides to teaching strategies and assessment, theme issues of academic journals, and historical perspectives on constructivism. (MJP)
Descriptors: Annotated Bibliographies, Books, Cognitive Processes, Constructivism (Learning)
Peer reviewedBrophy, Jere; Alleman, Janet – Social Education, 1998
Offers suggestions for teachers who are interested in constructivist principles, but concerned about the classroom management required to accompany creative teaching. Outlines some procedures for achieving this goal. Includes an extensive list of student activities that can assist classroom-management efforts. (MJP)
Descriptors: Class Organization, Classroom Communication, Classroom Techniques, Constructivism (Learning)


