How Students Think and Learn Science

Science learning may be perceived difficult because of complex content of some concepts. Can development and quality of socio-cultural interaction with adults and capable peers enable students to more easily construct an understanding of science following standards? This research investigates stu­dents' conceptual understanding of ecological interdependency in food chains, pollination, and seed dispersal across k-12 and college using a con­structivist theoretical framework. Responses to interview questions were categorized as either everyday or scientific concepts and as a transition through Lev Vygotsky's Zone of Proximal Development (ZPD). The research should help answer the following: Did students vary across concepts and grade levels? What is the dynamic nature of the ZPD continuum that enables teachers to plan in order to individualize instruction? How can teachers engage students to reflect and reconstruct understanding through formal concepts and socio-cultural interactions? How can teachers help students use tools, such as language and thought, to increase cultural capital in the form of enhanced understanding and problem solving? This book is directed primarily to professionals in biology and science education and other inter­ested educators.