For more than 2 decades now, conceptual change theory has been lauded as a powerful framework for improving science teaching and learning. This has resulted in an increasingly sophisticated theory building, yielding, among other things, a comprehensive documentation of students’ (mis-, alternative, naïve, etc.) conceptions across most science domains. This increasing sophistication is required to address increasingly adequate the complex phenomena of teaching and learning science. Yet, despite this sophistication, the theory is not yet practical for the practice of teaching. On the contrary, with an increasing sophistication, the gap between research output and that what is finally put into practice by teachers has increased as well. In oth...
For more than thirty years, research on conceptual change has provided detailed descriptions and exp...
Why is conceptual change difficult yet possible? Ohlsson (2009/this issue) proposes that the answer ...
Abstract: A considerable consensus has evolved that in coming to understand science, students &apos...
For more than 2 decades now, conceptual change theory has been lauded as a powerful framework for im...
The theory building on conceptual change has led to the paradox that, in order to address teaching-l...
Conceptual change theories explain how learners revise or change their conceptual framework and bel...
A great body of research in science education has focused on identifying difficulties students expe...
From the 1970s onward, researchers have tried to understand the content and nature of student concep...
Conceptual change, how conceptual understanding is transformed, has been investigated extensively si...
In this chapter, we review the literature about teaching science for conceptual change. First, we di...
Students often enter introductory courses lacking a consistent conceptual framework about natural sc...
Abstract: It is well established in higher education that students arrive at university with existin...
none2siConceptual change, how conceptual understanding is transformed, has been investigated extensi...
© Springer Science+Business Media B.V. 2012. Conceptual change perspectives of teaching and learning...
Most research on the learning of science is based on the cognitive psychological construct of conce...
For more than thirty years, research on conceptual change has provided detailed descriptions and exp...
Why is conceptual change difficult yet possible? Ohlsson (2009/this issue) proposes that the answer ...
Abstract: A considerable consensus has evolved that in coming to understand science, students &apos...
For more than 2 decades now, conceptual change theory has been lauded as a powerful framework for im...
The theory building on conceptual change has led to the paradox that, in order to address teaching-l...
Conceptual change theories explain how learners revise or change their conceptual framework and bel...
A great body of research in science education has focused on identifying difficulties students expe...
From the 1970s onward, researchers have tried to understand the content and nature of student concep...
Conceptual change, how conceptual understanding is transformed, has been investigated extensively si...
In this chapter, we review the literature about teaching science for conceptual change. First, we di...
Students often enter introductory courses lacking a consistent conceptual framework about natural sc...
Abstract: It is well established in higher education that students arrive at university with existin...
none2siConceptual change, how conceptual understanding is transformed, has been investigated extensi...
© Springer Science+Business Media B.V. 2012. Conceptual change perspectives of teaching and learning...
Most research on the learning of science is based on the cognitive psychological construct of conce...
For more than thirty years, research on conceptual change has provided detailed descriptions and exp...
Why is conceptual change difficult yet possible? Ohlsson (2009/this issue) proposes that the answer ...
Abstract: A considerable consensus has evolved that in coming to understand science, students &apos...