Intuitive conceptions based on cognitive biases (teleology, anthropomorphism, and essentialism) often prove helpful in everyday life while simultaneously being problematic in scientific contexts. Nonetheless, students often have intuitive conceptions of scientific topics such as evolution. As potential approaches to enable students to…

Explores the differences between deep and surface approaches to learning science. Findings indicate that the deep-surface learning differences fall into five categories: (1) generative thinking; (2) nature of explanations; (3) asking questions; (4) metacognitive activity; and (5) approach to tasks. Suggests that teachers can encourage a deep…

Taps the voices of college-bound high school students concerning what it means to understand and succeed in introductory chemistry. Employs ethnographic and interpretive methods. Contains 33 references. (DDR)

Describes the use of an intervention stressing the metacognitive, regulatory, and strategic aspects of knowledge co-construction. Finds that eighth grade students who received the intervention gained in metacognitive knowledge about collaborative reasoning and ability to articulate their collaborative reasoning processes compared to students in…

Discusses the inclusion of socio-scientific issues in science education. Describes a study in which adolescents who had successfully completed both high school chemistry and biology were interviewed to determine the extent to which they used their knowledge of the physical world, via nonsocial cognition, when analyzing such issues. (TW)

Discusses the inclusion of socio-scientific issues in science education from the standpoint of social cognition. Describes a study in which adolescents who had successfully completed both high school chemistry and biology were interviewed. Data suggest that their dominant domains of reasoning were in the area of social cognition. (TW)