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In this paper, we present the view that an ontological shift to complexity thinking will be significant in the future of physical education (PE). Complexity thinking not only moves PE beyond long dominant modernist approaches but also offers the opportunity to integrate many of the postmodern perspectives that currently seek to frame PE. Four interconnected complexity commonalities, becoming, lived time, self-organisation and boundaries, are presented in an overarching frame to guide future PE developments in ways that are coherent, connected and emergent. PE is subsequently viewed as a complex phenomenon that is always in a non-linear, messy and never-ending process of becoming. Students, teachers and other stakeholders are also complex as their past, present and future experiences constantly merge in a lived time unity to create lifelong and life-wide PE journeys that are both personalised and holistic. Central to these personalised journeys is each stakeholder’s ability to self-organise and influence the trajectory of their pathways. Self-organisation, however, is not a relativist ‘anything goes’ phenomenon but a process that takes place within a multiplicity of boundaries. While boundaries may traditionally be viewed as divisive features, complexity thinking recognises that many boundaries are flexible and enable the creation of ‘boundary spaces’ in which ‘rich’ discussions can take place to develop more coherent, connected and emergent forms of PE. Transdisciplinary Inquiry (TDI) and Ecologically Informed Practice (EIP) are presented as perspectives that can help teachers, and others, create the ‘boundary spaces’ in which ways to plan and introduce complexity-informed forms of PE can be explored. The paper concludes by proposing that the challenge for PE in the future will be for practitioners to develop the adaptability, openness, confidence and self-organising skills that will be needed to make the most effective use of the ‘rich interactions’ that these ‘boundary spaces’ offer.

This think piece discusses and examines how four teacher educators made what seemed like the impossible, possible. Through robust analysis of Newell’s (1986) theoretical framework of constraints, we focused on developing innovative, creative, meaningful ideas to continue to effectively teach primary student teachers (students) how to teach physical education. This feat was attempted and attained in the absence of facilities, often without equipment and at times solely online. Physical education is understood through an embodied lived experience. Our findings share new ways of how to use constraints as a means to proactively attend to unforeseen subject enactment. We used the lens of the individual, environmental and task constraints to have positive lived embodied experiences of physical education. We found this was possible if the learning: was student centred; involved both student choice and voice; included sense making activities; involved team building collaborative activities and facilitated required digital fluency. We offer our thoughts as contextually framing guidance. We aspire to support and inspire the next generation of teachers in teaching physical education competently and confidently through all types of learning mediums that may be required in the future.

Background Children need to drink enough water (1.1-1.3 litres) throughout the day to stay hydrated and for health benefits1. Wellbeing and cognitive function benefits have been identified for children who are hydrated2. Yet there is a dearth of research focusing specifically on children’s perceptions of their own fluid intake levels and who helps support them in ensuring they are drinking enough water, this is a novel area to investigate. Previous research3 identified that 44.2% of young children’s fluid intake were influenced the strongest by a family member. This paper will explore in further detail the influence of siblings on children’s fluid intake, in particular older versus younger siblings. Methods 130 children (67 girls and 63 boys, of which 45 had a younger sibling (s) and 85 having an elder sibling(s), from 4 primary schools in the South East of England, were questioned between January and April 2019 using an adapted version of Coppinger and Howells’ (2019)4 questionnaire, on their understanding of fluid intake, how much they perceived they drank and who supported them in prompting them to drink. Physical visual representations were used to aid question comprehension and to ensure the questions were appropriate for young children. The data was analysed using SPSS 24.0 using MANOVAs (P < 0.05) to consider statistical variance in gender and older sibling status. Results The most significant results were linked to elder siblings influence younger siblings in drinking too little fluids within a school day (F=0.530, p

An international group of experts have developed a pictorial tool to measure perceived water competence for children aged from 5 to 8 years old: the Pictorial Scale of Perceived Water Competence (PSPWC). The aim of the present study was to verify the validity of this tool. In the first part of the study, 120 children were interviewed to investigate face validity of the PSPWC to ensure that all pictorial items were understandable. In the second part of the study, 13 scientific and/or pedagogical international experts were invited to assess the tool’s content validity via an online survey. Face validity results revealed that children were able to understand and sequence correctly the aquatic situations in 92% of the cases. The average Content Validity Index (CVI) of the PSPWC ranged from 0.88 to 0.95, showing acceptable content validity. Feedback from experts and children resulted in a major improvement of the “exit water” situation and minor improvements concerning some other items. Experts confirmed that the PSPWC was globally appropriate for different countries and cultures, except for the situation “water entry by slide” which was not considered usual practice in some countries. The PSPWC opens up to new fields of research; useful both for the prevention of drowning and for the support of children’s aquatic education.

BACKGROUND Coppinger and Howells’ (2019) previously completed an International comparison between primary schools in Ireland and England focusing on children’s understanding of fluid intake. They identified that children under 11 years did not understand the amount of fluid they need each day for good health. Within their sample there was only a limited number of children who were aged 4 – 5 years. This research focuses on this particular age phase and further questions if young children understand fluid intake. METHODS 130 children (63 boys and 67 girls, of which 83 were aged 4 and 47 were aged 5) from 4 elementary schools in the South East of England were questioned between January and April 2019 using an adapted version of Coppinger and Howells’ (2019) questionnaire on their understanding of fluid intake and how much they perceived they drank and who supported them in prompting them when to drink. The adaptions were to ensure the questionnaire was age appropriate for younger age range, and included physical visual representations to aid question comprehension. RESULTS 46.9% of children felt they consumed 500ml or under a day. Only 39.6% responded that they were supported by the teacher, also when children were thirsty, if given the option of playing or stopping rehydration and then playing 33.8% would continue to play without drinking. CONCLUSION Young children in England do not understand fluid recommendations, they were not supported within the school setting by their teacher and more effective resources and strategies are needed to support children’s knowledge.

The contribution of higher education to the development of the coaching workforce worldwide has been most recently emphasised by the development of the ICCE’s Coaching Degree Standards (2016). These standards recognise the increasing value of learning technologies, suggesting that the use of technology in such coaching programs should aim to a) “enhance the learning experience of the student-coach” and b) “gain relevant theoretical and practical knowledge to make the most of technology whilst coaching” (p. 23). This article presents one coach developer’s experience of using e-portfolios with undergraduate students on a BSc. Sport Coaching Science undergraduate program that represents an effort to address both of these aims simultaneously. Drawing from a broader field of education research and through the provision of examples, it is suggested that e-portfolios might afford the coach learner a number of benefits including their accessibility, the role they play in developing meta-cognition, and their ability to provide a space that can bring together the different communities that influence the learner. Lastly, the benefits and challenges are presented through the eyes of the academic tutor and the relevance for coach education contexts outside of HE are discussed.

Background To date, no research has explicitly examined children’s knowledge and consumption of fluids at school, particularly during times of exercise (physical education (PE)). Methods Between May and July, 2018, 322 (213 females, 104 males; mean age = 8 years 5 months, SD ± 2 years 1 month) elementary school children from Ireland (n=237) and England (n=85) completed a questionnaire on their understanding of fluid intake and how much they perceived they drank on days when they did/did not participate in PE. Results Younger (

To date, little research on healthy lifestyle promotion has focused on older adolescents (16–18-year-olds), yet this is a key time that habitual healthy lifestyles could be developed. Ninety-three participants (thirty-nine males; fifty-four females) (mean age = 16.9, (SD 0.4) years), from three low socio-economic high schools in England, completed an online questionnaire on their self-reported: (i) daily physical activity (PA), (ii) active transportation, (iii) active leisure time, (iv) food intake and (v) experiences of how healthy lifestyles are promoted specifically to them. Overall, 60% reached the daily PA recommended guidelines. Yet, 92% used a bicycle/walked for a least 10 min continuously as active transport and of these, 86% undertook this at least 5 days per week. Almost half undertook MVPA as active leisure, but 66% still spent ≥ 5 h sedentary. Seventeen percent met recommended nutritional guidelines for health and 90% (n = 80) did not report school as a place that promoted healthy lifestyles. It is recommended as a public health measure and as an educational policy matter that schools implement more targeted PA and healthy eating initiatives for older adolescents that also include the adolescent voice. Further, gaining a deeper insight into male older adolescents’ health literacy is needed.

From the start of the academic year (2020) a new statutory curriculum in England for both primary and secondary education will be introduced that focuses on Relationships Education, Relationships and Sex Education (RSE) and Health Education (DfE, 2019), but what is Health Education? This paper focuses on the key areas of Health Education, physical and mental wellbeing and how pupils should be making good decisions about their own health and wellbeing. It examines and critiques how physical health and mental wellbeing are interlinked and questions ‘what is wellbeing?’ As well as examining the notion of 'what is a good decision'? It will offer suggestions of where Health Education can fit within the already congested primary curriculum and interdisciplinary links that could be made to ensure opportunities to be physically confident are provided for children to help support their health. It will also highlight the importance and need for such a new subject area.

Meehan and Howells (2017) in the evaluation of first year students’ transition into university found that the values of ‘being, belonging and becoming’ were important in particular within the first few months and within the first year of university. From our previous work, we reported that three things matter to students: the academic staff they work with, the nature of their academic study and the feeling of belonging. This paper provides a further illumination to our work by reporting on the qualitative data collected in the same study. The study included 530 students from five cohorts over a five-year period. As part of the Student Experience Evaluation instrument, open-ended questions probed students about their early experiences of belonging and transition into university. This original research uses rich data to illuminate the scales and items from previous quantitative data analysis to explore ‘belonging’, triangulated with research from the field. This paper is timely due to increased emphasis placed on learning and teaching with the introduction of the Teaching Excellence Framework. Student satisfaction is not a simplistic measure and this study articulates the complexity of student belonging in Higher Education.

Objectives: This paper explores the impact of physical education (PE) lessons, focusing on children aged 6–7 years, an underrepresented age in physical activity research. Methods: 10 children wore Actigraph accelerometers recording physical activity throughout the school day (9 am until 3.10 pm), for a year. Repeated measures ANOVA analysed: type of day (days including PE and days that did not) and gender (p

Measuring student experience in terms of satisfaction is a national measure used by prospective students when considering their higher education choices. Increasingly league tables are used as a means to rank universities with a limited interrogation of the reality of students’ experiences. This study explored the question “What really matters to freshers?” during their transition into higher education through to completion. Students on an academic undergraduate Early Childhood Studies degree (n=530) over a five year period completed a Student Experience Evaluation in their first term and this data was correlated with the National Student Survey data collected about their cohorts in the final term of their degree. During the five year period, a number of interventions were undertaken by the academic staff to develop a learning community, based on the values linked to ‘being, belonging, and becoming.’ The results of this study suggest that three things matter to students about their experience, that is, the academic staff they work with, the nature of their academic study and feeling like they belong. A model is proposed which aims to demonstrate the impact of academic staff, studies and the learning community that develops through social and academic experiences at University.

It's not all about healthy eating – what about healthy drinking? Dr Kristy Howells and Dr Jackie Musgrave explain how to ensure young children are achieving good hydration

Previous research has proposed that physical exercise can raise selfesteem. This paper will examine the extent to which physical activity interventions, within one case study primary school supported the development of self-esteem of a (junior) year 5 child over a period of five months. Jonny was 10 years old when the physical activity intervention commenced. His name is a pseudonym to protect his confidentiality. Jonny had been measured on the school's wellbeing measurement scale and was reported to have a very low self-esteem, which had affected his learning through the previous two years in primary school. He was working in the low ability sets for both Mathematics and English and his self-esteem had hindered his ability to make and develop relationships with both adults and peers within his year group. Through participating in the physical activity interventions, Jonny increased the distance that he was able to throw a shot put and hammer, he was able to describe positively his own body movements and he improved his academic performances. The findings suggest that it is possible within a primary school case study setting, to improve selfesteem through physical activity interventions.

No public health data exists on elementary teachers&rsquo, perceptions of both their own fluid intake and of their elementary school aged children&rsquo, s fluid intake. A total of 271 (20 males, 251 females) teachers in developed areas of Australia, Belgium, England, Ireland, United Arab Emirates, and the United States of America completed an online questionnaire (Feb&ndash, Mar 2019) on: (i) their fluid intake, (ii) their perception and understanding of children&rsquo, s fluid intake and (iii) barriers in the school day that they felt prevented school children consuming fluids. Overall, the data indicated that teachers consume considerably lower amounts than recommended themselves, but have a good awareness of children&rsquo, s fluid intake and estimate children drink approximately half (1 litre (34% n = 93)) of what is recommended per day. The results were also similar to those reported by children previously. Yet, the data highlighted a lack of active encouragement of drinking water throughout the school day by teachers, with only 11% (n = 29) suggesting they actively encourage children to drink and 45% (n = 123) reporting no active encouragement at all. It is recommended as a public health measure that all school children consume an extra cup of water during lunch times in those schools where water intake was recognized as sub optimal. Furthermore, depending on weather conditions, a cup of water before, during and after Physical Education lessons should be encouraged by teachers. Water coolers or bottles may be used as a supplementary resource, provided that hygiene is maintained. From an educational perspective, more professional development needs to be provided to teachers on the importance of regular water consumption, and more time dedicated across the elementary curriculum to educational understanding of fluid consumption.

As drowning is a leading cause of unintentional injury/death in children worldwide, perceptions of their actual aquatic skills are of critical importance. Children’s self-perceptions may influence the risks they take, and parental perceptions may influence the degree of supervision deemed to be necessary for children in and around water. Accordingly, we examined the differences between young children’s actual, self-perceived and parent-perceived aquatic skills. Using a three-way repeated measures ANCOVA, we analyzed data from 134 child-parent dyads (56.0% boys; M age = 7.1, SD = 1.1 years; and 71.6% mothers). We measured self and parental perceptions of the child’s aquatic skills with the ‘Pictorial Scale of Perceived Water Competence’ (PSPWC), and we applied the exact same 17 test items of the PSPWC to assess the child’s actual aquatic skill level in the water. Controlling for years of swimming school experience, within-subject differences between the total scores on the ‘Actual Aquatic Skills Test’ (AAST) and both the child- and parent-completed PSPWC indicated lower than actual estimates of the children’s aquatic skill level. The degree of disagreement against the AAST was more pronounced in parents than in 6-7 year-old children but was similar between parents and 8-9 year-old children, with these patterns being evident regardless of the children’s sex. Our study contributes to an ongoing validation of the PSPWC and represents a key advance in assessing and comparing children’s actual and perceived aquatic skill competence, using perfectly aligned instruments. Future research and practice might explore children’s actual aquatic skills in different contexts (e.g., open water), include perspectives of non-parent caregivers and assess perceived and actual water competence across development.