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Rowland, Caroline F.; Pine, Julian M.; Lieven, Elena V.M.; Theaksto, Anna L. – Journal of Speech, Language, and Hearing Research, 2005
Many current generativist theorists suggest that young children possess the grammatical principles of inversion required for question formation but make errors because they find it difficult to learn language-specific rules about how inversion applies. The present study analyzed longitudinal spontaneous sampled data from twelve 2-3-year-old…
Descriptors: Young Children, Constructivism (Learning), Error Analysis (Language), Language Research
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Harcombe, Elnora S. – Educational Leadership, 2005
The Model Science Lab, a constructivist approach to teaching, strengthens urban science teachers' teaching practice. The retention rate of Houston science teachers who took part in the program was found to be very high and the cost of the Model Science Lab has proven less expensive per student than most other professional development options.
Descriptors: Teaching Methods, Science Teachers, Constructivism (Learning), Professional Development
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Van den Broeck, Ann; Opdenakker, Marie-Christine; Van Damme, Jan – Educational Research and Evaluation, 2005
In Flanders, 2 classes per school were selected to participate in TIMSS. Therefore, a multilevel model with an intermediate level could be implemented. The data collection was extended with additional questionnaires and an intelligence test. The empty model revealed that 57% of the variance of mathematics scores was situated at the student level,…
Descriptors: Student Characteristics, Intelligence, Mathematics Achievement, Secondary School Mathematics
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McMahon, Mary – Journal of Employment Counseling, 2005
In recent years, career development and career counseling have increasingly been informed by concepts emanating from the constructivist worldview. For example, the Systems Theory Framework (STF; M. McMahon, 2002; M. McMahon & W. Patton, 1995; W. Patton & M. McMahon, 1997, 1999) of career development has been proposed as a metatheoretical account…
Descriptors: Constructivism (Learning), Career Development, Career Counseling, Systems Approach
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Kruckeberg, Robert – Science & Education, 2006
This paper investigates a Deweyan interpretation of constructivism as a means of developing a rationale for teaching science. The paper provides a review of constructivism from recent science education literature, along with some relevant criticisms. The paper then presents an interpretation of Dewey's formulation of the role of knowing and…
Descriptors: Constructivism (Learning), Scientific Concepts, Science Education, Teacher Attitudes
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Aik, Chong-Tek; Tway, Duane C. – Applied Environmental Education and Communication, 2004
It is increasingly important for timber companies to train managers in the principles and practices of sustainable forest management. One of the most effective ways to conduct such training is through use of visual training methods. This is partly because visual representations encode large amounts of information and help learners to grasp…
Descriptors: Constructivism (Learning), Forestry, Methods, Training Methods
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Rowell, Patricia M.; Ebbers, Margaretha – Language and Education, 2004
In this paper, we examine the instructional discourse of science lessons in two primary classrooms for explanations of bird adaptations for flight. We draw on case study data to describe ways in which student construction of explanations is scaffolded by the teachers. We recognized three categories of explanations developed in the discourse:…
Descriptors: Science Instruction, Elementary School Science, Primary Education, Teaching Methods
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Holton, Derek; Clarke, David – International Journal of Mathematical Education in Science & Technology, 2006
This paper proposes an expanded conception of scaffolding with four key elements: (1) scaffolding agency--expert, reciprocal, and self-scaffolding; (2) scaffolding domain--conceptual and heuristic scaffolding; (3) the identification of self-scaffolding with metacognition; and (4) the identification of six zones of scaffolding activity; each zone…
Descriptors: Teaching Methods, Teacher Role, Student Participation, Metacognition
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Kirschner, Paul; Strijbos, Jan-Willem; Kreijns, Karel; Beers, Pieter Jelle – Educational Technology Research and Development, 2004
Electronic collaborative learning environments for learning and working are in vogue. Designers design them according to their own constructivist interpretations of what collaborative learning is and what it should achieve. Educators employ them with different educational approaches and in diverse situations to achieve different ends. Students use…
Descriptors: Constructivism (Learning), Electronic Classrooms, Cooperative Learning, Program Design
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Smith, Raymond – Journal of Workplace Learning, 2006
Purpose: The purpose of this paper is to report and discuss research that sought to explore how the individually purposeful nature of new employee workplace learning might be understood through its conception as epistemological agency, that is, the personally mediated construction of knowledge. Design/methodology/approach: Using a sociocultural…
Descriptors: Constructivism (Learning), Employees, Ethnography, Epistemology
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Lawson, Anton E. – CBE - Life Sciences Education, 2006
What, if anything, do teachers need to know about how the brain works to improve teaching and learning? After all, a plumber needs to know how to stop leaks--not the molecular structure of water. And one can learn how to use a computer without knowing how a computer chip works. Likewise, teachers need to know how to help students develop…
Descriptors: Knowledge Base for Teaching, Neurological Organization, Brain, Molecular Structure
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Lambert, Linda – School Leadership & Management, 2003
Teacher leadership has been shackled by archaic definitions of leadership and timeworn assumptions about who can lead. Such ideas have situated leadership in the hands of a few formal leaders. Teachers have not seen themselves reflected in these prevailing notions, nor invited into the process. This article argues that a new definition of…
Descriptors: Teacher Leadership, Constructivism (Learning), Leadership Responsibility, Instructional Leadership
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Furio, C.; Guisasola, J.; Almudi, J. M.; Ceberio, M. – Science Education, 2003
This work is grounded in a constructivistic conception of the learning of science, more particularly on the model known as teaching-learning as oriented research. In accordance with this theoretical basis we have developed an empirical research project to investigate the teaching of electrostatics in high schools. The designs developed have…
Descriptors: Student Attitudes, Constructivism (Learning), Energy, Models
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Stinner, Arthur – Interchange: A Quarterly Review of Education, 2006
This article traces the development of a contextual approach to the teaching of science (physics) subsequently called the Large Context Problem (LCP) approach. This approach is based on the general observation that learning could be well motivated by a context with one unifying central idea capable of capturing the imagination of the students. The…
Descriptors: Science Instruction, Physics, Science Curriculum, Constructivism (Learning)
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Przychodzin, Angela M.; Marchand-Martella, Nancy E.; Martella, Ronald C.; Azim, Diane – Journal of Direct Instruction, 2004
This paper provides an overview and research summary of Direct Instruction (DI) mathematics programs, specifically "DISTAR Arithmetic I" and "II" (Engelmann & Carnine, 1975, 1976), "Corrective Mathematics" (Engelmann & Carnine, 1982), and "Connecting Math Concepts" (CMC; Engelmann, Carnine, Kelly, & Engelmann, 1996a). A comparison of the…
Descriptors: Research Design, Mathematics Teachers, Constructivism (Learning), Mathematics Instruction
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