Describes a study of what conceptions student teachers hold about good primary science teaching and whether these conceptions change during preservice education. Concludes that entry conceptions dominated and learning frameworks did not appear to change. (Author/SAH)

Describes principles and instructional strategies for teaching mathematics to culturally diverse students, explaining: fundamental principles of multicultural mathematics; approaches to multicultural mathematics instruction (e.g., portrayal of cultural groups in instructional materials and historical roots of mathematics concepts); and…

Explores how computer technology can help improve how and what children learn in school. Highlights several ways technology can enhance how children learn by supporting four fundamental characteristics of learning (active engagement, group participation, frequent interaction and feedback, and connections to real-world contexts). Additional…

Investigates bully/victim problems among five classes of 11 to 12-year-old children attending five elementary schools in Hellas (Greece) using Arora and Thompson's "Life in School" questionnaire. The majority of the items in the questionnaire seemed to cross cultural barriers for assessing the incidents of bullying from an international…

This article reviews competing theories of semantic organization in the brain, including modular models, unitary models, and the matrix theory, and provides supporting and refuting evidence for each, incorporating examples from the imaging literature. The literature does provide some support for distinct neural substrates that process specific…

This article reviews "Learning with Technology: A Constructivist Perspective" (Jonassen, Peck, and Wilson), which presents ways for students to learn with the latest technology in a constructivist framework. Chapters describe the creation of a constructivist learning environment and the use of technology to help students develop intellectually and…

Describes how a teacher's stance of wonder, curiosity, and exploration during use of hypothetical inquiry situations served as a way for the teacher to address goals for students to be more vocal members of the learning community, encourage critical and creative thinking students, and provide them with meaningful context-rich opportunities for…

Examines the high stakes of large-scale mathematics assessment practices and ways in which they are agents of change, focusing on: types of instruments used; how test design informs instructional practice; how dissemination of test information informs instructional practice; and who is responsible or accountable for results. (SM)

Explores the theoretical underpinnings relating to self-regulated learning and considers how classrooms can be structured as self-regulated learning environments. Topics include assumptions about learners and learning processes; design principles; and components of self-regulated learning environments, including learners, teachers, learning tasks…

Distance educators participated in a Delphi study to identify and rank future research and evaluation needs/issues. The study focused on planning for distance education; structuring decisions required for distance education; the implementation process; and evaluation needs in documenting outcomes. Four themes emerged: cooperation and collaboration…

Discusses the importance of needs assessment and analysis in performance technology and describes an effort to introduce graduate students to analysis at San Diego State University. Highlights include instructional strategies; the use of technology in a distance course via the Internet; and difficulties that novices have with analysis. (LRW)

Presents key steps to ensure a productive evaluation of technology use in Head Start programs. Steps include acquiring background information on current technology status in the program and community; agreeing on a framework of roles, responsibilities, and objectives in assessment; identifying the desired accomplishments from educational…

Describes teaching-to-learn activities in a community service setting involving nonscience majors in an introductory natural science course at a community college, middle school students, and a Cub Scout pack of home schooled, elementary-aged children. (SAH)

Introduces a role playing activity that actively engages students in the learning process of mitosis. Students play either chromosomes carrying information, or cells in the cell membrane. (Contains 11 references.) (Author/YDS)

Analyzes three widely-held conceptions of critical thinking: as one or more skills, as mental processes, and as sets of procedures. Considers each a misconception and offers alternative proposals for teaching critical thinking. (CMK)