Browsing by Author "Hunter J"
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- ItemAn Intersection of Mathematics Educational Values and Cultural Values: Pāsifika Students’ Understanding and Explanation of Their Mathematics Educational Values(SAGE Publishing, 2021-06-01) Hunter JPurpose: This article investigates the mathematics educational values of Pāsifika students in New Zealand. It draws on student voice to examine Pāsifika students’ understanding of mathematics educational values and their reasons for rating values at different levels of importance. Design/Approach/Methods: The study involved Years 7 and 8 Pāsifika students from two low-socioeconomic middle schools. Students selected their most and least important mathematics educational value statements on a survey. Semi-structured individual interviews were used to investigate their reasons for selecting the values. Findings: The mathematics educational values ranked highly by the greatest percentage of students were practice, family, respect, and persistence. In contrast, the values of accuracy and utility were rated as least important. Student interview data revealed commonalities in accounting for the importance of different values. The findings indicate an intersection between the mathematics educational values and cultural values of Pāsifika people. Originality/Value: There have been few studies that have explored the mathematics educational values of Pāsifika students. The current study provides insight into why specific values are important to Pāsifika students and how these may influence classroom interactions. The use of student interview data widens the existing literature focused on values in mathematics education.
- ItemBringing the home into school: learning and connecting through mathematics education during the time of a pandemic(Springer Nature B.V, 2022-05-25) Hunter J; Hunter R; Tupouniua J; Leach GThe COVID-19 pandemic brought with it a new way of being in a changed and uncertain world. Aotearoa/New Zealand took a well-being approach and in turn, we share the positive outcomes which resulted for some low socio-economic schools and communities in relation to teacher learning and relationships with families. In this article, we report on how teachers and schools connected with diverse students and their families during the period of remote learning. We draw on the responses from 20 teachers and school leaders who participated in interviews. Following the wider government focus, schools took a well-being first approach which led to increased connections and positive home/school relationships. The results highlight how a disruptive event such as COVID-19 can also be a time to focus on strengths of diverse communities and gain insights. We demonstrate that while focusing on mathematics, teachers and school leaders gained insights related to their students’ funds of knowledge and saw opportunities for learning for students, parents, and the teachers themselves.
- ItemDiverse Students’ Mathematical Wellbeing(Springer Nature, 2024-04-18) Hill JL; Hunter JSupporting student wellbeing in schools is increasingly becoming a global priority. However, research and initiatives primarily focus on general wellbeing rather than subject-specific experiences. Given the pervasive levels of mathematics anxiety, negative attitudes, and disengagement in mathematics education, we argue for a more contextualised wellbeing approach. We define ‘mathematical wellbeing’ (MWB) as the fulfilment of values whilst learning mathematics accompanied by positive feelings (e.g., enjoyment) and functioning (e.g., engagement) in the discipline. We report on 3073 New Zealand Year Three to Eight students’ responses to a survey measuring their fulfilment of seven MWB values: accomplishments, cognitions, engagement, meaning, perseverance, positive emotions, and relationships. Students’ MWB was highest for relationships and perseverance and lowest for engagement and positive emotions; MWB declined from Years Three to Eight; females often rated higher MWB than males; school sociodemographic status was mostly not significant, whilst engagement and positive emotions differed across ethnicities. Research implications include understanding target areas to improve diverse students’ experiences and wellbeing in mathematics education.
- ItemExamining the mathematics education values of diverse groups of students(Taylor and Francis Group, 2023-03-19) Hill JL; Hunter JIn recent years, there has been increasing interest in examining values in relation to mathematics education research. Our exploratory study examines the mathematics education values of culturally diverse middle school students in New Zealand. We investigated how student values differed across demographic variables including school, ethnicity, gender and grades. Students completed an online survey to indicate the importance of 14 different mathematics education values. The overall mean ratings for each of the 14 values determined the relative value importance across the sample. One-way ANOVA assessed demographic group differences. Findings showed that respect was rated as the most important value across all student groups. Students from Pacific nations placed significantly greater importance on accuracy, communication, family and recall compared to the other ethnicities. Female students emphasized family, practice, respect, risk-taking and utility more than males. We argue that to provide equitable mathematics classrooms that support wellbeing, we need to recognize what diverse student groups value and then transform pedagogy to align with and build from students’ values. This article provides a contribution by offering a way of understanding and highlighting similarities and differences in student values which impact on students’ learning experiences and wellbeing.
- ItemImplementing localised curriculum drawing on a funds of knowledge perspective(New Zealand Council for Educational Research, 2021-07-01) Hunter J; Hunter R; Tupouniua J; Fitzgerald LIn recent years in New Zealand, there has been a policy shift towards schools ‘localising’ the national curriculum to align with the context, aspirations, and knowledge of the local community and student population. In relation to mathematics education, this requires educators to understand and value the mathematical connections between diverse students’ funds of knowledge and use these to develop mathematical tasks. This article draws on interview responses from a case study of eight teachers from one low socio-economic, culturally diverse school to investigate their initial perceptions and actions to develop an appropriate localised mathematics curriculum drawing on diverse students’ funds of knowledge. The findings indicate that teachers viewed it as important to use real and relevant contexts in mathematics teaching. Interview responses indicated that both students and their families were seen as important sources of information. However, there were challenges for teachers to recognise students’ funds of knowledge related to mathematics beyond schooling or generic experiences.
- ItemTelehealth-delivered naturalistic developmental behavioural intervention with and without caregiver acceptance and commitment therapy for autistic children and their caregivers: protocol for a multi-arm parallel group randomised clinical trial.(BMJ Publishing Group Limited, 2023-05-30) McLay L; Emerson LM; Waddington H; van Deurs J; Hunter J; Blampied N; Hapuku A; Macfarlane S; Bowden N; van Noorden L; Rispoli MINTRODUCTION: Timely access to early support that optimises autistic children's development and their caregiver's mental health is critical. Naturalistic developmental behavioural interventions (NDBIs) and acceptance and commitment therapy (ACT) are evidence-based supports that can enhance child learning and behaviour, and adult well-being, respectively. The traditional face-to-face delivery of these approaches is resource intensive. Further, little is known about the benefit of parallel child-focused and caregiver-focused supports. The aims of this trial are to evaluate the effectiveness and social validity of telehealth-delivered, caregiver-implemented, child-focused NDBI and caregiver-focused ACT when delivered alone and in parallel, on autistic children's social communication and caregiver well-being. METHODS AND ANALYSIS: The study will use a randomised, single-blind clinical trial with three parallel arms: NDBI; ACT and ACT+NDBI. We will recruit a minimum of 78, 2-5-year-old autistic children and their families throughout Aotearoa New Zealand. Support will be delivered over 13 weeks using a combination of culturally enhanced web-based modules and online group coaching. Primary outcome variables include children's social communication/engagement with their caregiver as well as caregiver stress and will be evaluated using a repeated measures multivariate analysis of variance. Outcome variables are assessed at baseline (before randomisation), immediately postparticipation and at 3-month follow-up. ETHICS AND DISSEMINATION: The trial is approved by the Health and Disability Ethics Committee (2022 FULL 12058). The findings of this trial will be disseminated through peer-reviewed journals and national and international conference proceedings regardless of the magnitude/direction of effect. Additionally, data will be shared with stakeholder groups, service providers and health professionals. TRIAL REGISTRATION NUMBER: Australian New Zealand Clinical Trials Registry (ACTRN12622001134718).
- ItemThe use of cultural contexts for patterning tasks: supporting young diverse students to identify structures and generalise(Springer Nature, 2022-11-01) Hunter J; Miller JA key aspect of young children’s development of algebraic reasoning is the process of visualising and identifying structures to both abstract and generalise. There has been a growing body of research focused on how students form generalisations, this article adds to the existing body of research by examining how young culturally diverse students identify mathematical structures in contextual growing patterns and the teaching and learning actions that assist them to generalise. Data were collected from one classroom of 29 Year Two (6 years old) students in a low socio-economic school in New Zealand. Results from the analysis of lessons related to two tasks showed that the contextual tasks led students to notice different mathematical structures. Specific pedagogical actions were used to facilitate students’ engagement with the growing patterns. These included positioning students to engage with different representations (pictorial and numerical, tabular, and natural language) to represent thinking, the use of classroom discussions, noticing and responding to student thinking, and pressing students to find far terms. The findings highlight that both the contextual patterning tasks and teacher actions supported the young students to develop a range of sophisticated generalisations related to the underlying mathematical structure and functional relationships of the growing patterns.
- ItemWeaving together the threads of Indigenous knowledge and mathematics(Springer Nature B.V., 2023-09-14) Hunter J; Hunter RAs in many countries, for decades in Aotearoa (New Zealand), we have heard the story of the Pacific and Māori achievement gap in mathematics. This has become a widely accepted part of beliefs constructed across multiple communities about students and schools and who can do and learn mathematics successfully. A common response by policy makers and educators alike is to fix the problem of those deemed academically bleak by putting in place a range of interventions. In this article, we challenge the positioning of Pacific students as a problem to be fixed and instead focus on how we can address the practices inherent in historical forms of institutionalised racism related to colonisation. We use an Indigenous research model—Tivaevae—to develop an exemplary case study of the teachers and students from one low socio-economic urban school as they were involved in conscientisation and the reconstitution of educational practices to privilege indigenous knowledge systems. The findings highlight one model of how teachers and students can change institutionalised Western world practices in the mathematics classroom. We argue that the shift to honouring indigenous knowledge systems and a strength-based approach provided opportunities for Pacific students to learn mathematics in ways that supported them to build strong mathematical dispositions, and rather than being assimilated, retain their cultural identity.