Argues that pupils' beliefs about what counts as historical explanation, usually the actions--and particularly the motives--of individuals, is an obstacle to their history learning. Superseding this personal level, and getting pupils to analyze a historical event as a whole, is where the mutual understanding between teacher and pupil collapses.…

Argues that saying that students have "thinking problems" is hardly a useful diagnostic statement or even a sensible description of flawed cognitive development. Maintains that what is needed to encourage students to think are some sensible models and attractive opportunities to do it in contexts that matter to them. (RS)

Thirteen content-area teachers of mildly disabled adolescents rated six cognitive strategy-based adaptive teaching procedures for facilitating content mastery. The teachers rated the strategies' familiarity, value, use, assistance needed to routinely implement, and reasonableness of being expected to implement. The teachers highly valued and…

Explores students' cognitive behaviors observed in the process of learning as performed in the classroom context while acquiring a thinking skill such as choosing wisely. Micro-analysis of the students' video-recorded repeated applications of the skill identified 10 steps along the learning process, disclosing the students' development of schemata…

Analyzes two classroom episodes using a classroom mathematical practice together with students' diverse ways of contributing to its continual regeneration as the unit of analysis. Asserts that a classroom mathematical practice is composed of three interrelated types of norms: a normative purpose, normative standards of argumentation, and normative…

Discusses learning modalities and learning styles in science education. Learning modalities characterize the way the brain takes in information (input) and restructures/expresses the information (output). Learning styles are ways that information is processed once it is obtained. Examples (including Kolb's "Learning-Style Inventory") are included.…

Strategies used by upper secondary school students to regulate their own learning processes were studied for 248 Australian students, 215 Japanese students in Japan, and 30 Japanese students in Australia. The pattern of strategy used varied for each cultural group, with Japanese students using memory strategies significantly more often. (SLD)

Introduces a special issue on the ways in which symbolic tools enable, mediate, and shape mathematical thinking while being themselves a product of these processes. (Author/MM)

Presents a cultural-developmental framework for the analysis of children's mathematics in collective practices and illustrates the heuristic value of the framework through the analysis of videotaped episodes drawn from a middle-school classroom. Discusses the promise and limitations of the framework as a method for furthering understanding of the…

Analyzes two classroom episodes guided by the assumption that thinking can be conceptualized as an activity of communication and learning can be regarded as modifying and extending one's discursive ways. Aims to uncover the ways in which the discursive uses of such new symbolic tools were interactively constructed by the students. Concludes that…

Interviews university students in modern physics about their understanding of three fundamental experiments. Explores their development of models of microscopic processes. Uses interactive demonstrations to probe student understanding of modern physics experiments in two high school physics classes. Analyzes the nature of students' models and the…

Describes a highly effective reading program that focuses on learning strategies and the thinking process. (RB)

Argues that students and teachers should be matched according to similar learning and teaching styles in order to facilitate students' learning. (SRT)

Reviews the Learning and Study Strategies Inventory--High School Version (LASSI--HS). Notes strengths of the inventory--its focus on processes of learning rather than the products; its usefulness for low-achieving students; and its focus on issues related to motivation. Notes the lack of validity evidence. (RS)

Analyzes students' main difficulties in learning the concept of electric field. Briefly describes the main conceptual profiles within which electric interactions can be interpreted and concludes that most students have difficulty using the idea of electric field. Contains 28 references. (DDR)