Describes Prolog programing language and provides an overview of articles in this special issue and a forthcoming one that focus on improving the use of Prolog in elementary and secondary schools as well as colleges. Topics discussed include problems related to teaching and learning Prolog, and students and their misconceptions about Prolog. (38…

Focuses on the writing aspect of the language arts curriculum. Introduces six-year-old Jameel, who illustrates a critical appraisal of an enacted curriculum. Rethinks the appropriateness of tensions between "process,""skills," and "heritage." Discusses the open, reflective stance of Jameel's teacher, who illustrates…

Describes a classroom activity featuring a simple stay-switch probability game. Contends that the exercise helps students see the importance of empirically validating beliefs. Includes full instructions for conducting and discussing the exercise. (CFR)

When teachers provide opportunities for thoughtful learning, students will demonstrate the insight resulting from deep understanding of subject matter. Three methods of teaching for understanding include teaching with mental models, coaching for understanding performances, and teaching for transfer. These approaches also help reconnect the…

Reviews research on distance education methodologies and discusses the need for additional research to improve the quality of distance education. Highlights include categories of learning behavior and understanding the learning process; promoting deep learning; finding out how students really learn; and information and communication technology.…

Discussion of educational technology as an agent of change in teacher practice focuses on three areas: changes in epistemology; changes in psychology as applied to learning; and social and relational change, including alterations in learning contexts. Considers changes in the teacher role in each area. (LRW)

Explores the effectiveness of concept mapping, the learning cycle, expository instruction, and a combination of concept mapping/learning cycle in promoting conceptual understanding of diffusion and osmosis. Concludes that the concept mapping/learning cycle and concept mapping treatment groups significantly outperformed the expository treatment…

Describes a research project which seeks to explore the experience of educators with technology-enhanced teaching and learning, particularly on how the use of information and communications technology is influencing teaching practices and students' approaches to learning at the University of Melbourne. (Author/LRW)

Introduces the seven articles in this issue, noting that four focus on unusual methods for encouraging and assessing the learning of college student and three explore pedagogical methods for understanding and assisting students' learning. (DB)

Describes an investigation of first-year chemical engineering students' understanding of the mole concept. Finds that a series of activities designed to provide students with visual or experiential points of reference for the mole concept had a strong positive effect on student misconceptions. Contains 16 references. (Author/WRM)

Describes a study that investigated the relationship between instructional design and powerful learning. Highlights include key features of instructional design; the nature of powerful learning experiences; a survey of instructional design experts; interviews with adult learners; instructional strategies suggested by powerful learning factors; and…

Deleuze was a remarkable polymath, capable of bringing penetrating insights to a wide variety of disciplines. The number of topics addressed during his career was considerable, ranging from mathematics, biology, psychology, political science, and anthropology to logic, ethics, painting, literature, metallurgy, and the decorative arts. One might…

Most of teachers are familiar with the 5-E model of science instruction-engage, Explore, Explain, Expand, and Evaluate (Trowbridge and Bybee 1990). It is a valuable tool that allows teachers to structure science experiences so students use the processes of scientific inquiry to construct and connect ideas rather than simply memorize seemingly…

ScienceQuests organize the curriculum around an authentic problem or project for students to solve. They focus on developing students' content knowledge, collaborative skills, and dispositions (i.e., attitudes toward science). Each ScienceQuest is built around "big ideas," such as: (1) All living things have basic needs that must be satisfied in…

Instructional design is an integral part of a balanced approach to teaching vocabulary instruction. The goal of this paper is to reflect on several lessons using research-based vocabulary strategies, and to present think-alouds that detail the steps in matching instructional design with those strategies in order to reach the learning outcome.…