This commentary provides an overview of abduction, also known as Inference to the Best Explanation, and argues that the term and relevant problem-solving methods should be adopted by chemistry educators. Abductive reasoning, especially within the context of science and medicine, continues to be an active area of exploration for philosophers and…

Alexis Patterson's paper researches equity in groupwork in the science classroom by looking at micro-interactions. She points to the key features of student voice, student visibility and student authority while addressing the teachers' role in creating a more equitable and productive talk in science classrooms. This forum paper aims at continuing…

The ultimate goal of "student-centered" education is to empower students to learn beyond educational programs. This means nurturing students' autonomy and fostering the development of their own motivation and mechanisms to become self-directed learners. This idea has been embodied in the "lifelong learning" mantra that pervades contemporary views…

Maria Andree focuses on an immigrant student whose error in a laboratory activity leads to a novel, colorful outcome that she excitedly shares with peers. After engaging in class activities for a few weeks she returns to her earlier dislike of science, saying: "I hate science, particularly Chemistry." The classroom activity system…

This commentary dialogues with three articles that analyze the same database about science and religion discourse produced 17 years ago. Dialogues in these three articles and this commentary across space and time allow us to develop new and different understandings of the same database and situation. As part of this commentary, I discuss topics…

Elementary science teaching has been considered by recent researchers as a process in which students should be engaged in a variety of activities to develop science concepts, science process skills and scientific attitudes. From this perspective, hands-on activities are prominent in this approach because it leads the students to both reflect on…

Drawn from the postmodern view of nature, this essay discusses the distinction between two kinds of knowing (grounded and technical) and explores the implications of this distinction for selecting and teaching science curricula. The concept of presence needs to be incorporated into a curriculum overly concerned with the observing mind and external…

Finds the role of analogy in learning extensively researched. Argues research should shift focus from determining effectiveness of analogy in cognitive transfer from base to target domains towards recognition of the role of analogy in generating engagement in the learning process. Draws on hermeneutic philosophy to provide a theoretical framework.…

Like any good story, the Sufi tale places the listener squarely in the midst of life; that is, precisely where learning takes place. The tale pointed out that learning can be both exhilarating and painful. In college classrooms, teachers (and their students) are spared neither of these emotions when they engage in the learning process. In this…

In order for students to experience science as scientists do, they must learn the skills of inquiry. This paper examines inquiry as a way of learning science and presents strategies to promote inquiry in teaching science. A model of progression of inquiry skills from grades K-2 to 3-5 is presented and the skills are aligned with the Massachusetts…

The role of discourse in education, specifically in the science classroom, is discussed. The discussion is based on the idea that talk in the classroom is not an end in itself but a means for inquiry, exploration, even activity, and expression of concepts. A framework for analysis of classroom discourse is outlined. In this approach, discourse is…

The same issues in science education have been discussed since the 1930s. Discusses the structure of college education and focuses on what students should know and be able to do. Points out the changes in college science instruction. (Contains 11 references.) (YDS)

Presents points relevant to learning skills in the areas of observation and perception. Indicates that a knowledge of the categories into which stimuli may be sorted may provide a framework for perception. The interpretation of perception is based on preciously learned knowledge, intellectual skills and cognitive strategies, and mental set. (GS)

This paper draws from several disciplines to provide a foundation for making progress toward a unified conception of thinking in science education. Areas covered include: (1) the philosophy of science (discussing contextual realism); (2) cognitive psychology (describing development of scientific thinking skills); and (3) artificial intelligence…

Describes examining seventh- and eighth-grade students' writing for both function and audience as they relate to learning and conceptual development. Includes examples illustrating how audience influenced students' understanding of concepts in a science class. (HTH)