Search

There is a long tradition of teaching science through inquiry, with broad agreement about the form it should take. Students should investigate researchable questions; gather and analyse data; and develop and represent evidence-based claims. Authoritative teacher or textbook representations are generally used to guide this learning (Buckley & Boulter, 2000; Bybee, 1997; Furtak et al., 2012; Sell et al., 2006). Parallel to this approach, teachers have also guided students to construct, review and refine their own representations, leading to learning gains. However, this student representation construction approach poses new challenges for teachers. The teacher is expected to elicit and guide students' reasoning about their own represented claims as an orientation to understanding and learning scientific forms of reasoning and their representation. In this paper, drawing on our initial account of this pedagogy, we aim to clarify further this approach's rationale and teacher strategies and underlying purposes in key early stages of exploration in the topics of chemistry and mathematics with a Grade 5 class. An interdisciplinary focus was used to guide students' learning about the science concepts of states of matter, evaporation and the mathematical concepts of formal and informal measurement and data representation. Analysed data included video capture of the teacher's guidance of tasks and classroom discussion, student artefacts and teacher and student interviews. We identify how the teacher framed the task, oriented student inquiry and guided evaluation of students' representations through implicit and explicit instruction.

Research into pedagogical approaches used in early years' nature education, more specifically European and UK forest schools, remains according to Leather, 'undertheorised.' In a similar situation in Australia, the bush kindergarten programmes (referred to as 'bush kinders'), have had limited research attention. Influenced by European and UK forest school approaches, bush kinders are a recent development in Australian early years nature education. We discuss an ethnographic study where teaching and learning in three bush kinder settings was observed, each with different pedagogical approaches. The paper reports one main finding, where a wide range of pedagogical approaches were observed across the different bush kinder sites. To theoretically frame these pedagogical approaches, our analysis builds on Edwards' notion of play-based learning, along with a model of inquiry-based teaching proposed by Furtak et al. Using ethnographic methods we draw on fieldwork data and research literature to analyse bush kinder pedagogies. The paper contributes to the conceptualisation of pedagogy in early childhood nature and bush kinder programmes.

Background: Prior to approaching any field site activity, the question of how researchers in education will interact with the participants in terms of positionality requires careful thought. Observation is often used by educators and researchers as a means of collecting informal data on children's development and learning in early childhood education and care (ECEC) classroom settings. As data collection often involves varying degrees of observation and participation, there is a need for a clear articulation of researcher involvement. When the classroom is an outdoor, nature-based setting, particular challenges can arise in this regard. Purpose: This small-scale study sought to explore these challenges in the context of early years of STEM teaching and learning. The research was situated within bush kindergartens (also known as 'bush kinders'), a developing context in Australian early childhood education. The open spaces of nature reserves, forests, beaches and paddocks all constitute settings for bush kinders. Method: The study employed an ethnographic lens to the teaching and play activities of around 10 educators and 120 four- to five-year-old children in four Australian bush kinders during 2015, 2017 and 2020. Much of the study was devoted to observation and participation in the activities that the children were undertaking. Influenced by a research tradition that places researcher participation and observation on a continuum of completeness, differences in researcher involvement that occur in nature-based education and care settings were categorised. Findings: It was determined from this categorisation that researcher involvement with participants ranged from low to high. The in-depth analysis allowed identification of how this range of involvement provides both benefits and limitations upon the researcher's involvement with teacher and child participants. Conclusions: This paper offers a contribution to the methodological discourse on ethnographic research in ECEC outdoor settings. In drawing close attention to the ways in which researcher involvement in the field may vary, it provides a framework of reference that could be helpful to other researchers engaged in designing and carrying out ECEC research in diverse outdoor settings.

Purpose: Girls are underrepresented in many school science, technology, engineering and mathematics (STEM) subjects, leading to ongoing gender disparity in STEM careers. This issue is not new and has seen a range of initiatives implemented in an attempt to increase girls' STEM participation. In Australia, a number of these initiatives have emphasised role models and mentors. This paper seeks to understand the influence of role models and mentors on girls' STEM identities. Design/methodology/approach: This paper presents qualitative research undertaken with STEM experts into the influences on girls' STEM identities. Data were collected through three phases involving semi-structured interviews, a forum and focus groups. Thematic analysis identified the importance of mentoring and role modelling in shaping girls' STEM participation and identities. Findings: This paper provides a basis for rethinking how and when role models and mentors can assist girls in making decisions about STEM. In particular, it reveals the need for role models and mentors to consider the role of relatability in developing girls' STEM identities and the need to do this at multiple points throughout girls' lives. Originality/value: This article captures the perspectives of multiple experts involved in a variety of STEM professions on the topic of how mentors and role models can influence girls to consider STEM professions. Utilising the concept of identity, this paper sheds new light on girls' interactions with role models and mentors and the value of storying in role modelling and mentoring relationships as an important component of girls' identity work in relation to STEM.

There is a growing interest in the value of teachers guiding students to generate their own representations to support conceptual learning in science and across complementary subjects such as mathematics. However, this approach to an interdisciplinary focus poses challenges for programme design and learning assessment. In this paper, we report on a 10-week study with a class of Year 5 students designed to (a) facilitate learning of key concepts in the topic of optics (e.g. reflection), and (b) make meaningful links between these concepts and relevant mathematical ones (e.g. symmetry and angles). Students were expected to construct, evaluate and refine representations to explain various experienced phenomena. We report on an assessment framework developed and applied to student work. Our findings indicate (a) some subject and interdisciplinary learning gains, and (b) specific challenges around designing this kind of programme, student learning assessment and teacher understanding to support this learning.

Against a backdrop of advocacy for interdisciplinary STEM curricula, this paper explores the design principles underpinning a three-year longitudinal research project that develops and evaluates interdisciplinary mathematics and science learning sequences involving multiple teachers and student cohorts across the primary school years. The research uses design-based methodology and deploys a pedagogical cycle based on representation construction and model-based reasoning, reflecting core disciplinary processes, and aimed at foundational concepts. The interdisciplinary structure of sequences in different topics, teacher pedagogy, and student reasoning and learning are illustrated through analysis of three learning sequence vignettes. In these topics both mathematical learning (measure, data modelling and spatial reasoning) and science learning (concepts and practices), were reinforced and enriched through the interdisciplinary framing. Drawing on notes of teacher planning and review meetings, coupled with classroom data, we identify (a) the conceptual and curricular design features through which mathematics and science can synergistically interweave, (b) the epistemological design challenges involved in working with teachers to achieve this interdisciplinary alignment, and (c) the key pedagogical design features that emerged to support this integration. The research contributes to conceptualising how interdisciplinary processes that enable synergistic interweaving of mathematics and science content and processes can be effectively framed and enacted.

This study explored the teaching and learning beliefs of qualified (in-field) secondary science teachers who were teaching mathematics out-of-field that is, without qualification. The relationship between secondary teachers' beliefs about their in-field subject--science and their out-of-field subject--mathematics was examined. The theory of boundary crossing and frameworks of beliefs about science and mathematics teaching and learning were used to explore continuities of beliefs when crossing disciplinary boundaries to teach mathematics out-of-field. Individual semi-structured interviews and video-stimulated interviews were used to collect data about teachers' beliefs and teaching practice for science and mathematics. Continuity of beliefs across science and mathematics was more likely when teachers held traditional beliefs about science. Continuity of non-traditional beliefs about learning and teaching science and mathematics was less likely, though some teachers did show evidence of beginning to adopt, or exhibit a desire to learn more about, constructivist approaches to teaching mathematics.

Bush kindergartens are a new practice in the Australian early childhood learning context and one that is rapidly becoming part of the kindergarten experience. Children leaving the confines of the bounded space of a kindergarten has been practised through excursions to outdoor places like zoos but the notion of conducting regular, ongoing kindergarten sessions away from the traditional kindergarten setting is one which is gaining momentum in Australian early childhood education, with possible impacts on future policy. In late 2014, a pilot programme titled 'Sandy Shores Kids Go Bush' was established across bush kindergartens in a region on the coastal fringe of south-eastern Australia using five existing sites. Each of these sites has differing characteristics impacting upon the experience of children attending the bush kinder programme. This paper reviews the settings of three different interpretations of 'bush kinder' and considers how the learning experience associated with bush kinder varies according to 'place' and how bush kinder has impact on both local and broader education policy.