The authors share the results of a research project involving the use of mathematics to develop students' Numeracy General Capabilities. The current article delves into an example of a teacher supporting 'good habits of mind' through focussing on the Critical Learning Disposition of accuracy.

This article builds on the three types of classroom talk identified by Mercer and Wegerif (1999) by adding complementary criteria that can be used when classifying student talk in the mathematics classroom.

Space is a key area of science that is often taught in year 5 (ages 9-10) in English schools and related to this is gravitational force. Almost without exception children enjoy learning about the solar system and beyond. This article introduces a series of activities for children to explore the formation of impact craters in the solar system. The…

Through Preschool and Foundation Level, children are confident in their knowledge about rocks. Five- to six-year-olds have firm ideas on what they consider rocks are and where they might be found (Preston, 2018). With the exception of children who are avid rock collectors, such knowledge usually comprises general, inconsistent ideas formed from…

In this article, Rebecca Riley uses drama and role-play to provide a context for science learning and teach about STEM careers. The article discusses how using a meaningful text with a stimulating story and relatable characters allows children to become fully immersed in a narrative. By using the drama-based teaching approaches that teachers…

This book explores changing practice in history classrooms from the autonomy of the 1980s through the introduction of GCSEs and the National Curriculum to the prescription of the National Strategies and the pervasive influence of league tables in the first decade of the twenty-first century. It uses individual narratives from history teachers to…

This book provides an introduction to what it means to be numerate, and how numeracy can best be developed and nurtured in children and in adults. It also presents a cohesive coverage of numeracy development from early childhood to adulthood. This book draws on international research and practice to provide a comprehensive overview on the topic.…

Ken Robinson (2006) once suggested that schools kill creativity and it is argued that in England, since the introduction of the most recent iteration of the National Curriculum (2013), creative subjects are in danger of being marginalised in favour of spending time preparing for high-stakes testing in maths and English. Meet Little Inventors! It…

Self-explanation prompts are questions that encourage students to explain their reasoning. In this article Kelly, Laura and Julie explain the benefits of using self-explanation prompts for teachers, describe how they align with the Australian Curriculum, and provide instructions for creating them.

Research shows that students benefit when they explain their mathematical reasoning (e.g., Booth et al., 2015); however, not all students will do this on their own without being prompted (Berthold, Eysink, & Renkl, 2009). Self-explanation prompts are questions posed to a student that encourage the student to explain what they have learned…

Making accurate, manageable assessments of children's scientific understanding, skills and progress is one of the biggest challenges facing primary teachers. In Wales, where Statutory Assessment Tests (SATs) at age 11 were phased out in 2005, teacher assessment has been the only source of pupil attainment data in science for a much longer period…

Now in its third edition, Health and Physical Education: Preparing Educators for the Future continues to provide a comprehensive overview of the theoretical underpinnings, knowledge, understanding and skills required to successfully teach health and physical education in Australia. Emphasising the importance of the development of movement…

As plants and seed dispersal are common themes in primary science, the author thought that she would share an enquiry challenge activity that addresses many of the "working scientifically" objectives of the National Curriculum for England. Year 3 and 4 children had a whole afternoon made up firstly of "playing", planning and…

Materials are all around us and the importance of supporting children to understand the vast array of different types of materials is recognised at all key stages in the science National Curriculum for England. Ensuring that children connect concepts taught in key stages 1 and 2 (ages 5-11) is the starting point in helping children to comprehend…

Gap reasoning is an inappropriate strategy for comparing fractions. In this article, Patrick Sullivan and Joann Barnett look at the persistence of this misconception amongst students and the insights teachers can draw about students' reasoning.