For many years, hegemonic approaches to teaching the nature of science (NOS) have focused mainly on understanding some epistemic (i.e., rational, or cognitive) aspects involved in the construction of science. So, aspects of a non-epistemic (i.e., non-rational, contextual, or extra-scientific) nature have been practically neglected in these…

In recent years, there has been a strong call for more fine-grained analyses of student engagement to better capture its nature as a situated, momentary phenomenon. This special issue aims to promote cross-disciplinary discussions about the complex processes involved in students' momentary engagement and learning situated in classroom contexts.…

The Swedish preschool educational tradition is based on a holistic view where care, play, learning, and teaching are intertwined. Previous research argues for the need to develop teaching approaches that simultaneously direct attention towards content and children's perspectives. The aim of this study is to contribute with knowledge about how…

This book focuses on the potential contributions of Artificial Intelligence (AI) for enhancing mathematics education. It includes rationales for an AI-oriented pedagogical model, such as interdisciplinarity and even sensitivity to crucial world issues, such as climate change. The chapters in this book highlight what the new age of mathematics…

Recent reforms in science education shift the focus of instruction to supporting students' sensemaking about phenomena. At the same time, discussions of equity in science education have become more common and more contested. For emergent bilingual (EB) learners, there is growing consensus that these trends together imply valuing diverse linguistic…