Current theorizing in the field of cognitive science embraces the concept that cognitive activity is not centered in the brain alone but is dependent on embodiment and the environment in which it is functioning. A key component of that environment is the presence of others. This article examines the social nature of cognitive activity from a 4E…

"What" and "how" young children are thinking are typically expressed and shared at home and school through verbal and written modes of communication. As a visual language framework conceived and developed by David Hyerle, Thinking Maps® offers an additional way for learners to represent their ideas by visually mapping their…

Purpose: As online learning has become more prevalent, how learners interact with each other in those learning environments has become more salient. To develop effective levels of interaction, students must feel comfortable to express their ideas and views. For this reason, this paper aims to look at how individual students' levels of social…

The Lawson Classroom Test of Scientific Reasoning (LCTSR) was used to gauge the relative effectiveness of three different methods of pedagogy, "Reading, Presenting, and Questioning" (RPQ), "Experimenting and Discussion" (ED), and "Traditional Methods" (TM), on increasing students' level of scientific thinking. The…

Reading difficulties and disabilities present serious and potentially lifelong challenges. Children who do not read well are more likely to be retained a grade in school, drop out of high school, become a teen parent, or enter the juvenile justice system. Building on the extant research and seminal studies, including the National Reading Panel and…

This paper proposes a collaborative processing model for art education that draws upon the language and learning theories of Lev S. Vygotsky. This model is a means by which students' natural affinity for socialization and inclination to attend to their own personal agendas may be used to increase learning motivation and effectiveness. The model…

The effects of LOGO programing and computer-assisted instruction (CAI) on children's behaviors indicative of cooperative problem solving and effectance motivation were compared for 12 fourth and 28 sixth graders. Results suggest that LOGO may foster cognitive growth through opportunities for resolving cognitive conflict and may enhance effectance…

Examined cognitive processing and performance of 12 average seventh-grade students during cooperative problem solving. Factors that impeded performance included lack of an experiential framework, imposition of unrequired restrictions, lack of individual monitoring of cognitive activity, and unproductive beliefs. Factors that enhanced performance…

This study investigated the grouping effect on student achievement in a chemistry laboratory when homogeneous and heterogeneous formal reasoning ability, high and low levels of formal reasoning ability, group sizes of two and four, and homogeneous and heterogeneous gender were used for grouping factors. The sample consisted of all eight intact…

Current thinking of researchers from different disciplines about interaction among students in educational settings and the potential of peer interaction for learning and cognitive development is discussed. Topics of the eight papers presented include: potential outcomes of peer interaction, its nature, peer learning settings, and factors shaping…

Reports on a study of 12 U.S. and Russian elementary students working with a mathematics computer software program. Finds that students working together learned the program's concepts faster. Discusses implications of the findings and the significance of sociohistorical frameworks on cognitive processes. (CFR)

This notebook discusses issues and methods of developing adult literacy education (ALE) programs according to functional context education (FCE) principles. Chapters 1-3 in Part 1, The Power of ALE, focus on current ALE; address why ALE is of growing importance; show how investments can return benefits for adults and others; look at issues…

Presents a 6-day unit for grades 2-4 to enable students to understand the concept of time and how the analog clock works. Using concrete materials and cooperative learning, the unit presents cognitive, affective, and psychomotor objectives and activities for each lesson. (MDH)

The first volume of the 29th annual conference of the International Group for the Psychology of Mathematics Education contains plenary lecture and research forum papers as listed below. Short oral communications papers, poster presentations, brief summaries of discussion groups, and working sessions are also included in the volume. The plenary…

This volume of the 27th International Group for the Psychology of Mathematics Education Conference includes the following research reports: (1) The Affective Views of Primary School Children (Peter Grootenboer); (2) Theoretical Model of Analysis of Rate Problems in Algebra (Jose Guzman, Nadine Bednarz and Fernando Hitt); (3) Locating Fractions on…