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ISBN 978-1-927151-39-6
This monograph is designed to highlight areas of research strength found at The University of Auckland’s Faculty of Education. The chosen...



This article draws on several reviews that have documented known challenges for students when learning to use graphs in science contexts. It then illustrates these challenges with examples drawn from...

Science and technology are so central to our 21st century lives that few would dispute their importance in the school curriculum. They underpin many jobs, inform challenging issues facing us as a...

Jane McChesney and Bronwen Cowie explore the key competencies of thinking and using language, symbols, and text in terms of Mathematics and Statistics, Science, and Technology. What do these...

The water cycle is an important context for school science, but the uncritical use of diagrams to simplify ideas may lead to misconceptions. Incorporating learning about how representations such as...


This article proposes that if we want students to care about and for the environment they need to develop an understanding of the "big picture"—that is, how the separate elements of a system interact...

What do school pupils know already about the changes to climate, environment, economies, and life style that the greenhouse effect is bringing? Research showing we have the basic facts...

Lab work is the unique feature of a science education. Most of the physical and biological sciences are essentially empirical - research is conducted, knowledge is produced and progress is made in...

Some of the findings from a research project that aimed to document the role that a visit to one New Zealand science and technology centre played in the educational activities of six visiting primary...

When a teacher let her Years 4 and 5 class chose their own science topic to study, they settled on—what else?—farting. This article shows how letting students pursue their own interests led them to...
