Search

In 2019 the Budj Bim cultural landscape in south western Victoria was listed on the World Heritage Register. It is significant firstly for the Gunditjmara people as a culmination of regaining control over their traditional lands and international recognition of their unbroken connection with the land extending back tens of thousands of years. It undermines a longstanding distinction made in heritage assessment between tangible (material) and intangible (immaterial) categories by instead seeing these as interdependent and 'constitutive entanglements' of everyday life. The corresponding distinction too often made between the built and the natural environment has resulted in a disproportionate acceptance that associates built environment heritage with European or Western societies and identities natural environmental heritage with Indigenous landscapes. Introducing a socio-material perspective where these formerly separate categories are seen as interdependent enables a new mode of understanding cultural connection to the land that is potentially transforming. Finally, it is significant as an exemplar of Indigenous led heritage work that brings together political struggle and advocacy, history work, and in the process creates new knowledge.

In recent years, chemistry educators are increasingly adopting immersive virtual reality (IVR) technology to help learners visualise molecular interactions. However, educational studies on IVR mostly investigated its usability and user perceptions leaving out its impact on improving conceptual understanding. If they evaluated students' knowledge gains, they tended to use information recall tests to assess knowledge gains. Employing interviews and diagram-drawing tasks, this study explored how students' conceptual understanding of the nature of hydrogen bonds and the shape of snowflakes changed through a collaborative IVR experience on snowflakes. Participants were 68 undergraduate chemistry students. Videos of pre-/post-interviews and student-generated diagrams were analysed. The results indicated a marked improvement in students' conceptual understanding of the nature of hydrogen bonds among water molecules in snowflakes. After IVR, 57 students provided scientifically acceptable explanations of the nature of hydrogen bonds. Improvements in students' understanding were related to the intermolecular nature of hydrogen bonds, the role of lone pairs of electrons in forming hydrogen bonds, and molecular interactions in 3D space. This study suggests that collaborative IVR could be a powerful way for students to visualise molecular interactions, examine their alternative conceptions, and build more coherent understanding. Implications for the design and implementation of IVR activities for science learning are discussed.

Recent studies have reported a growing trend of using student-generated diagrams for assessment in science teaching and research. However, many educators tend to use diagrams to explore students' perceptions of scientists and their work rather than explore conceptual understanding of abstract concepts. In this study, we used diagrams to investigate students' conceptual understanding of the nature of hydrogen bonds among water molecules in snowflakes. Participants were 70 first- and second-year university students. Following a sequence of interview prompts, the students drew diagrams to illustrate the interactions amongst water molecules in snowflakes. Sixty students' diagrams were analyzed inductively using a constant comparison method. Most diagrams showed that the students did not have major challenges drawing the water molecule structure, recognizing polarity of a water molecule, or recognizing the intermolecular nature of hydrogen bonds. However, the diagrams revealed varied ways in which students conceptualized the formation of hydrogen bonds. A third of the diagrams revealed students' alternative conceptions about the role of lone pairs of electrons in the formation of hydrogen bonds. Most diagrams which showed a good understanding of the nature of a hydrogen bond revealed students' difficulties in recognizing molecular interactions in a 3D space. Our findings suggest that student-generated diagrams can provide a powerful way to understand students' conceptions of abstract science concepts.

Surf lifesaving in Australia is an iconic community volunteer service. Surf lifesaving members must attain their bronze medallion, which includes fundamental first aid and cardiopulmonary resuscitation (CPR) techniques in order to patrol the beaches. Each year thousands of rescues and first aid procedures are conducted on the beaches of Australia as volunteer patrolling surf lifesavers carry out their community service. However, there is a sport attached to this community service, which has arguably become the 'face' of surf lifesaving in Australia. Some athletes are professional, and others gain a range of sponsorships. Many others are juniors and Masters competitors. The national championships each year draw anywhere between 5000 and 8000 competitors and spectators. Not without its critics, the masculinised nature of surf lifesaving has come under scrutiny in the past (Booth, 2001). Significantly, this is a paper about young males and the way in which masculinity is socially constructed within both a sporting and broader social and cultural context. It is also a paper that challenges the way in which the male body is endorsed, perceived, and used in a utilitarian manner from boyhood through to early male adulthood, across a range of settings thereby creating a normalised conception of the male body throughout life. Using surf lifesaving as vehicle through which young males can be explored, it identifies the role of sport in the creation of this normalisation and specifically highlights, through an autoethnographic account, the expectation placed on young males within the masculinised sporting setting of surf lifesaving in Australia.

Presented here is a novel engineering degree initiative established at Charles Sturt University (CSU), Australia. This program embodies emerging trends and prospects in engineering education, aspiring to nurture adept engineers well-prepared for practical application. Furthermore, this paper delves into the application of this program for training the next generation of water engineers, equipping them with indispensable skills to confront novel challenges. The CSU Engineering program incorporates several attributes commonly found in progressive engineering curricula. It places significance on work-based learning and encompasses an extensive 6000-hour industrial work placement. This emphasizes student self-reflection, engineering design, robust academic leadership, the integration of educational innovation and novel tools for scholastic exploration, and comprehensive student assessment. Gaining robust industry support, the CSU Engineering program garners recognition as an exemplar for future education. The adaptability, professionalism, responsibility, and leadership exhibited by CSU cadets are highly regarded by their industrial partners. Feedback highlights the consistent advancement of cadets' soft skills, spanning teamwork, communication, leadership, community engagement, and interpersonal relations. Notably, CSU cadets receive substantial remuneration from their industrial engagements. Despite the challenges posed by COVID-19 restrictions, the CSU Engineering program continues to operate seamlessly with minimal disruption.

This paper explains Feeling and Hearing Country as an Australian Indigenous practice whereby water is life, Country is responsive, and Elders generate wisdom for a communicative order of things. The authors ask, as a society of Indigenous people and those no longer Indigenous to place, can we walk together in the task of collectively healing Country? The "research method" uses experiential, creative, propositional, and practical ways of knowing and being in and with local places. Evidence may take many forms based upon engagement with an animate, sentient world. The research method can generate new meanings, implications and insights, and regenerate practical knowledge of Country. As an Indigenous tradition, Feeling and Hearing Country can enable the regeneration of healing life energies. It can help freshen up stories, knowledges, and help link ancestral wisdom to the present while co-creating healthy futures. Feeling and Hearing Country can enliven the human spirit, landscapes, and all beings "via" a participative, creative process that is helpful for the planet at this climate time, when many humans have forgotten their place in the world. As a research method, Feeling and Hearing Country can support the unlearning of epistemological errors for reinstating vitality in things.

Three decades ago, Stephen Kemmis (1990) argued that curricula provide insights into how nations and states interpret themselves and how they want to be interpreted. He also noted that 'debates about curriculum reveal fundamental concerns, uncertainties and tensions which preoccupy nations and states as they struggle to adapt to changing circumstances' (Kemmis, 1990, p. 32). This empirical paper draws from the literature to review the inclusion of the Cross-Curriculum Priorities (CCP) as one of three basic dimensions of the Australian Curriculum. In doing so, this paper argues that the CCPs can be viewed as indicative of the curriculum challenges Kemmis canvassed and it raises questions about how particular approaches to curriculum can be integrated into subject-based curricula. In particular, the discussion focuses on the CCP of Asia and Australia's Engagement with Asia as a contested form of knowledge in the current curriculum, together with some of the challenges and opportunities Geography teachers face in planning to implement this CCP.

An association between students' learn-online engagement and academic performance was investigated for a third-year Water Resources Systems Design course at the University of South Australia in 2017. As the patterns of data were non-parametric, Mann-Whitney and Kruskal-Wallis tests were performed using SPSS. It was revealed from the test results that distributions of students' logins to learn-online site for all categories and sub-categories including gender, international/domestic students and grades were almost similar. Therefore, it is relatively unrealistic to use lean-online engagement data to predict students' performances. A correlation test was further performed to validate the hypothesis testing results and a weak relationship (Pearson's r = 0.29) between login to learn-online site and grade was observed. The smaller F ratios of one way ANOVA also validated the test results. Mann-Whitney and Kruskal-Wallis tests can be applied to course analytics data for face-to-face and online courses to understand a better picture about the uses of learn-online engagement data.

Engineering education must embrace several challenges, such as increased numbers of work-based students, increased demand for online education, mismatches in employability skills and industry requirements, and lack of student engagement. The hydrology course at the University of Southern Queensland attracts more than 100 students every year, where more than 70% of students are off-campus and most of them are work-based. This study explored how an online hydrology course can embrace industry practice and engage students in order to achieve learning outcomes. Industrial careers in hydrology involve extensive use of hydroclimatological data and modeling applications. The course modules, learning objectives and outcomes, and assessment tools have been designed to align with industry practices. Active participation of students was observed in self-assessment quizzes and discussion forums. The course was rated very well in achieving learning outcomes and in overall student satisfaction. Students appreciated the well-structured real-world and professional practice in the course.

Archimedes' principle is one of the foundation subjects in physics. Normally the principle is exemplified by reference to floating boats. However, Archimedes' principle also applies to objects embedded in waterlogged ground, which can lead to the surprising result of an object weighing several tons being lifted. A practical example is presented of a 22 ton concrete water tank being lifted out of waterlogged ground. Fuel tanks embedded in the ground can be crushed by groundwater. Ground water buoyancy can be a serious problem when a large excavation for the foundation of a high-rise building is left empty before building commences. A qualitative classroom demonstration of groundwater buoyancy is described that involves immersing plastic cups in sand and adding water to observe the cups rising out of the sand. Additionally, a quantitative demonstration is described in which an empty beaker is floated on a water-filled container placed on an electronic balance placed on a scissor table. A plank of wood placed across the top of the beaker holds it in place while the scissor table is used to raise the water level around the beaker simulating rising groundwater. In view of the challenges of climate change and increasing frequency and severity of flooding, knowledge of groundwater buoyancy is useful for students.

Frenetic digital timescapes reduce academic life to the endless achievement of metrics. These forces produce unsustainable work practices that disconnect us from ourselves, from ideas, from the natural world and from each other. While there is a substantial body of literature critiquing this, the use of arts-based inquiry into academic work is less common. In this article, we use slow 'thinking-in-movement' practices and arts-based methodologies to argue that beach walking enables us to resist the academic machine. We suggest that beaches act as liminal spaces where we may engage in post-feminist, new materialist c/a/r/tographies. Beach walking enables us to defamiliarize our bodies and interrupt the academic machine so that we might enact more embodied, contemplative ways of working. Written as a performative piece, this article intersperses citations of towards a valuable academic life. Come, join us as we walk ...

Water is a special substance. Not only do humans rely on water for survival, but it is also fascinating to play with and makes a great topic to investigate. Many simple investigations can be done with water, at home or at school, to guide children's science learning. This article describes a sequence of online learning experiences that were set for Foundation-level children in Sydney NSW, during the recent school lockdown due to COVID-19. The lessons were communicated to 5-6-year-old children via the Seesaw digital app and were part of a unit on weather and water designed for children in their first year of school. Examples of student responses to these water-based learning tasks are provided.

Australia's major state capitals are surrounded by highly productive food bowls, which are an important source of fresh foods for their growing populations. These food producing biomes are a rich resource for investigating key themes related to Biomes and food security, one of two Year 9 units of study in the Australian Curriculum: Geography. This paper draws on case studies of Melbourne and Sydney to explore challenges to food production in Australia's city food bowls. These challenges include population growth, urban sprawl, water scarcity and the impacts of climate change. We explore the implications of these challenges for the food security of Australia's urban populations, and we highlight the potential for emerging research findings about the significance of these food producing biomes to engage students with key themes of the Year 9 Biomes and food security unit.

The implementation of student-centred learning programs can improve student outcomes in science, technology, engineering and mathematics (STEM) domains. The required approaches to teaching and learning in such programs, however, are only slowly being adopted in the Asia-Pacific region. This article focuses on a STEM module, 'Water in the 21st Century', set within the Science and Technology Education Leveraging Relevance (STELR) program and developed recently as part of the Inspiring Science and Mathematics Education (iSME) project. The 'Water in the 21st Century' module positions inquiry and problem-solving at the forefront of student-centred learning, situating the teacher primarily as a learning facilitator. Within the module, students are provided with authentic and meaningful opportunities to engage in conceptual development in STEM through inquiry and problem-based learning. Module activities all target relevance, engaging students in critical issues related to understanding the role of water in the modern world. Analysis of focus group and teacher interviews during module trials demonstrates the strengths and limitations of implementing student-centred learning using these approaches. Findings suggest that a change from traditional approaches to inquiry or problem-based approaches, such as seen in this module, may require a shift in mindset and behaviour, but that this shift is achievable.

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.

Despite being increasingly popular within broader educational discourse, place-responsive pedagogy is less apparent in science teacher education. This paper investigates the perspectives of pre-service teachers in a science education course informed by place-responsive pedagogy in a Bachelor of Education (primary) program at an Australian regional university. The place-based study belongs to longitudinal research that examined the impact of the modified science course hallmarked by university-school partnerships and science lessons conducted by pre-service teachers with children from rural and regional schools in Gippsland, Victoria in a wetland and school ground setting. The study and science course were framed by a place pedagogy framework. Using this framework, we examine how pre-service teachers view and understand the affordance of places for teaching science. The study employed a document analysis of coursework essays as well as follow-up semi-structured interviews with two pre-service teacher cohorts (wetland and school ground). Findings indicate that pre-service teacher's exposure to place-responsive frameworks helped build their awareness about the affordance of place for science teaching. Challenges associated with taking science beyond the conventional classroom are also identified and discussed.

Working with stories of children's relationships with place and technologies from an early childhood education pedagogical inquiry research project in Melbourne, Australia and Victoria, Canada, this article takes up the concept of "pedagogical intentions" to consider how educators and researchers might cultivate intentional teaching practices relevant to the complex worlds we inherit with children. We think with a common worlds pedagogies approach to extend conceptualizations of intentional teaching held in dominant Euro-Western early learning frameworks in Melbourne and Victoria. After situating our understanding of pedagogical intentionality as an ongoing, purposeful, answerable practice of shaping and caring with everyday pedagogical relationships, we share three stories of how we activate our Donna Haraway--inspired intentions with children. By questioning how our pedagogical intentions inform our work, we assert that sharing and putting at risk our intentions is a necessary practice for thinking collectively with children, more-than-human others, and technologies within early childhood education.

This paper arises from research undertaken by educational semioticians and science educators investigating the use of student generated digital artefacts as assessment tasks in pre-service science teacher education. Part of a broader shift toward student-generated media in tertiary science, the use of such tasks is driven by the need to deepen pre-service primary teachers' understandings of content and to foster enthusiasm for teaching science. However, the tasks are challenging as students must demonstrate both content and meta-semiotic knowledge in these brief digital standalone presentations. In the paper, we draw on artefacts, interviews and assessment practices to demonstrate these challenges. We identify what have emerged as key semiotic understandings necessary to complete a successful response to the task, arguing that these include multimodal understandings as well as knowledge of disciplinary specific representational practices. We describe an intervention informed by functional social semiotics and scaffolded literacy approaches with key features including use of an exemplar text for deconstruction and an explicit instructional sequence with a tailored assessment rubric. The paper reports both theoretical and practical insights and seeks to contribute to emerging analytical frameworks as well as multimodal literacy assessment.

We present ideas about concepts underlying climate change, held by students in years 9 and 10. Misconceptions about climate change are common among students, and may be due to misconceptions about underlying concepts. To investigate this, we developed the Climate Change Concept Inventory (CCCI), and trialed it with 229 students; corroborating findings through focus group interviews. Our interview method and data analysis methods are described. Findings included overestimation of human contributions to atmospheric carbon inputs, ultra violet radiation in sunlight, and greenhouse gases in the atmosphere. Students were unaware that CO2 dissolves in water, and of the role of oceans in the carbon cycle. Greenhouse gases other than CO2 were rarely known. Earth's energy balance and black body radiation were not well understood. There were misconceptions about interactions between electromagnetic radiation and atmospheric gases; and limited understanding of carbon chemistry. The CCCI is available from the corresponding author.

In light of Australian policy and curriculum initiatives aimed to prioritize Education for Sustainability (EfS) practices, this article discusses a study that evaluated a smart meter program introduced by a local government of an Australian state/territory. The program aimed to provide teachers and students from 86 primary and secondary schools access to data on energy, gas, and water consumption through a website that digitally recorded schools' consumption in real time. While the Australian curriculum supposedly prioritizes EfS as a cross-curriculum aim, the results from this small study suggest that EfS is neither a priority nor cross-curricular.

Despite the importance of interactions with natural environments for personal and social well-being, there is only limited evidence of the relationship between the environment and health as an idea or area of study in school education in Australia. Logically, the place for such a study, at least in Australia, would be within the Health & Physical Education (HPE) key learning area. However, in HPE, alternative ways of considering health beyond the dominant 'healthism' discourses which privilege physical activity, fitness, food and nutrition struggle for any kind of existence. Gruenewald (2004. A Foucauldian analysis of environmental education: Toward the socioecological challenge of the earth charter. "Curriculum Inquiry," 34(1), 71-107) suggests looking to the margins of a field to see what knowledge is silenced or subjugated in order to open up new conditions of possibility. This challenged us to look beyond taken for granted ways of thinking about health to identify other resources, perhaps unrecognised as yet, that teachers might draw on to constitute their knowledge of health. To do this, we look to interview data collected when teachers were asked to talk about their personal experiences of the relationship between the environment and health. The analysis of the interviews demonstrated how the teachers conceptualised the relationship between the environment and health by drawing on embodied experiences and affective encounters with more-than-human nature. By theorising these encounters through a post-human, new-materialist lens, we demonstrate how their corporeal knowledge, developed through embodied experiences, has the potential to assist teachers in formulating less institutionalised health understandings. We argue that these encounters with more-than-human nature can serve as alternatives to those dominant healthism discourses that invoke problematic risk, fear and crisis responses.

In this final, collaborative paper in the "Learning to be drier" edition, we reflect on and draw together some of the key threads from the diverse narratives in our four site papers from across the southern Murray-Darling Basin. Our paper title, "Wicked learning", draws on a recent body literature (Rittel & Webber 1973) about messy or "wicked problems" as characterised by Dietz and Stern (1998). It picks up on our identification of the difficulty and enormity of the learning challenges being faced by communities, associated, at best, with a decade of record dry years (drought) and severely over-committed rivers. At worst, drought is occurring in combination with and as a precursor to recent, progressive drying of the Basin associated with climate change. Our research is suggestive of a need for much more learning across all segments of the adult community about "... the big picture, including the interrelationships among the full range of causal factors ..." (Australian Public Service Commission, APSC 2007: 1) underlying the presenting problem of drying. We conclude that solutions to the messy or wicked problem of drying in an interconnected Basin will lie in the social domain. This will include building a wider knowledge and acceptance of the problems and likely future risks across the Basin including all parts of communities. The problem of drying as well as its causes and solutions are multidimensional, and will involve comprehensive learning about all five key characteristics of other "wicked" policy problems identified in previous research in the environmental arena. The narratives that we have heard identify the extreme difficulty in all four sites of rational and learned responses to being drier as the problem has unfolded. All narratives about being drier that we have heard involve a recognition of a combination of the five characteristics common to wicked problems: multidimensionality, scientific uncertainty, value confect and uncertainty, mistrust as well as urgency. All narratives identify the importance of social learning: to be productive, to be efficient, to survive, to live with uncertainty, to be sustainable and to share. Combating the extent and effects of drying, causality aside, will require new forms of learning through new community, social and learning spaces, apart from and in addition to new technological and scientific learning. (Contains 1 figure.)

This research project, part of a much larger study, considered how people in regional communities learnt to deal with the impact of reduced water availability as a result of drought or climate change. The communities in the Mallee-Wimmera region of Victoria, Australia, were the focus of this study and a range of local people from different sectors of the communities were involved in interviews, which became our main data source. We recognise the limitation that not all viewpoints could possibly be accessed in the participant selection process. The resultant data indicated that significant changes were being made to local practices as a result of the learning taking place and that there were a range of processes which enabled adult learning across the communities. (Contains 1 table.)

This paper investigates learning related to the phenomena of drying over the past decade in the southern Murray-Darling Basin in Australia, as perceived in a mid-river site within the western Riverina of New South Wales, Australia. The insights from audio-recorded interviews, with a wide range of adults across the water-dependent community, mostly relate to the catchment of the Murrumbidgee River in the Shire of Hay. Our overarching theme is about how people are learning about, understanding and bearing the risks, of what is widely regarded as a prolonged drought. For some, the learning is about how to cope with less water in the Basin, and particularly from the river, as predicted in the climate change literature. Our narrative-based, empirical research registers the felt experience of those located, in situ, as a severe "irrigation drought" extends into 2009. The paper dramatises the many obstacles to learning how to think and act differently, in difficult and rapidly changing ecosocial circumstances. (Contains 3 footnotes.)

This article explores the adult and community learning associated with "learning to be drier" in the Riverland region of South Australia. Communities in the Riverland are currently adjusting and making changes to their understandings and practices as part of learning to live with less water. The analysis of adult and community learning derived from this research identified six different forms of learning. These are, learning to produce, learning to be efficient, learning to survive, learning to live with uncertainty, learning to be sustainable and learning to share. These forms of learning do not occur in isolation and separately from each other but to the contrary are occurring simultaneously with and alongside each other. Further, it is argued that the people and communities in the Riverland, through learning to live with the effects of climate change and less water, are at the forefront of learning to be drier. (Contains 1 table.)

Our paper explores how and what adults living and working in the Alpine region of Victoria understand and are learning about the changes to water availability, in a time when the response to water availability is subject to extensive debate and policy attention. Interviews for this study were conducted in the towns of Bright and Mount Beauty, with participants drawn from across the Alpine region. The interviews focused on what local stakeholders from the Alpine region understood about water availability in the region and how and what they had learned about living and working with climatic changes in their local area. The findings of our study see that there was evidence of a strong understanding of the direct and indirect impact of climate change on participants' local community area. The study also sees evidence of learning through a community "frames of reference" as outlined by Berkhout, Hertin and Dann et al.

In this article, the authors set the scene for this research volume. They sought to emphasize and broaden their interest and concern about their "Learning to be drier" theme in this edition to the 77 per cent of Australians who live within 50 km of the Australian coast, the majority of whom also live in major cities and urban complexes. On 24 September 2009, a massive dust storm swept across New South Wales, dumping millions of tonnes of red dust on capital city areas of Australia unaccustomed to dust: (1) Canberra; (2) Sydney; and (3) Brisbane. Snow, laced with the same red dust fell the same day in the Australian Alps, as attempts at breaking the historic and prolonged deadlock between the Australian federal government and states about water trading rules, as part of achieving a national "plan" for the Murray Darling-Basin, again broke down. On 1 October 2009 the New South Wales Office of Water circulated a news release, making "an initial allocation (in the Murray Valley) to general security users of 1 per cent" of their entitlements, and asking all water users "to be as conservative as possible with their use in what continues to be the worst drought ever experienced". Eight researchers contributed team papers to this special edition from the four sites in the southern Murray-Darling Basin. Collectively, they bring wide and deep academic backgrounds, theoretical perspectives and experiences from a wide range of work, research and life contexts, in mainly rural and regional Australia. While the research plan detailed in this article was essentially common, each two-person team grappled with and selected its own preferred combination of theoretical perspectives for their paper. The method and the qualitative (mainly interview) data were therefore treated somewhat differently across different sites. While the four site papers were researched, developed and written relatively independently by two-person teams, their joint, sixth paper attempts to "stand back". In sum, they collaboratively seek to critically analyse and draw some conclusions about what might be common or different about the diverse approaches to learning about being drier, drawn from four very different land use contexts, in the same Basin, across three different Australian states. (Contains 1 table, 1 figure and 1 footnote.)

Many studies and papers have explored and critiqued the "what" and the "why" of working at the cultural interface of mainstream curricula and local Indigenous knowledge, but this project sought to understand the "how". Participants went beyond explorations of "cultural items" and worked in the overlap between the New South Wales Department's Quality Teaching Framework and Indigenous Pedagogies drawn from local lore, language and the sentient landscape. Indigenous knowledge was used not merely as content, but to provide innovative ways of thinking and problem solving in the field of design and technology. The methodology for the study was based on a significant site in the local river system. The focus of the action research study shifted in the early stages from the students to the teachers, who required a radical shift in their thinking in order to set aside deficit logic, or stimulus-response approaches to teaching and learning, to embrace sophisticated Indigenous ways of knowing. (Contains 3 figures.)

Dwindling resources for tertiary education, has resulted in reduced emphasis on intensive, small group, staff-student collaborative project-based service learning. However, training scientists to manage significant issues, such as sustainable water use, requires an ability to engage both industry and community stakeholders. This paper describes the results of an "action conversations" approach to explore community perceptions, teach students skills for community engagement, and evaluate their experience of this as a teaching and learning method. It suggests that there are significant parallels between factors contributing to successful community engagement and effective teaching and learning by students. (Contains 2 footnotes and 2 tables.)

Despite the essentiality of freshwater to all life on the planet, the populous has inadequate understandings of water. Formal education plays a key role in shaping how individuals and communities make sense of water, its accessibility, management, consumption, and hazards. This article seeks to bring attention to the infuence of cultural framings of freshwater and extreme freshwater events (such as food and drought) in government-mandated school curricula in two water-vulnerable geographical regions of Australia and Canada. We seek to identify and respond to hegemonic social constructions that become naturalised if left unexamined. By examining the agendas and language around freshwater and extreme freshwater events in formal educational curricula, we gain a better understanding of the perceptions and assumptions made about freshwater. The results highlight that freshwater and extreme freshwater events are minimally conceptualised within these curricula as 'nature-based', rather than being part of a dialectical relationship with societal agendas and practices. This article discusses the implications of this framing and the psychological barriers that may affect the acknowledgment and investigation of extreme freshwater events. We conclude by offering curricular suggestions that invite community-based understandings of the dialectic relationship freshwater has with communities and regional ecosystems.

This article enacts Deleuze and Guattari's (1987) concept "assemblage" to craft a riverScape pedagogy that is informed by, and responsive to, the Murray Cod, the river, and its circumstances. The Murray Cod, the largest fish species in Australia's Murray-Darling Basin, has diverse cultural meanings. Cod are at once a creation being of Indigenous people, a migratory predator that breeds in response to warm floodwaters, and a fish suffering significant ecological decline as a result of changes to land and water use in its habitat. Murray Cod assemblage weaves these elements together to re/create a bioegalitarian pedagogy, part thought experiment and part teaching strategy.

The Murray River, lying at the heart of Australia's largest catchment, is used extensively in outdoor education programs in south-eastern Australia. Since European settlement the river's ecological health has declined considerably due to activities such as damming for irrigation and clearing of native vegetation. Colonial notions of how the river ought to behave and be utilized have contributed to the river's transformation physically, ecologically and culturally. In this critical reflection on practice and experiences I discuss two different outdoor education approaches to encountering the Murray: the river as a venue for canoe journeys; and, the river as a place with a unique ecology, declining health and diverse human relationships and impacts. Contrasting these encounters I draw attention to the need for consideration of the epistemological and ontological dimensions of practice that may shape the educational consequences of an experience. (Contains 4 notes.)

EngQuest, an initiative of Engineers Australia, provides an exciting, non-competitive way for students to participate in free, fun and educational engineering activities involving mathematics, science and technology. This article describes a project designed to teach middle school students how to construct a water catchment system. Water catchments are areas of the land in which the natural landscape is used to collect rainfall. The project requires students design and build a working model, design the topography of their land surface, learn about dams, and test the working model.

Sustainability is a central challenge facing the future viability of Murray-Darling Basin (MDB) communities in rural Australia. Faced with environmental uncertainty and its associated community impacts, sustainability has at once been positioned as the path to a prosperous future and a flash point of community conflict. Key to these tensions has been different perspectives on sustainability adopted by various community members and the difficulty of working towards a shared understanding of the term. Drawing upon the first phase of a two-year project exploring education and sustainability in the Murray-Darling Basin, Australia, the paper examines different community understandings of sustainability. The differences observed reflect debates about community in rural areas, as well as sustainability in the research literature. We then consider the role of education in collaborative community dialogue about rural-regional sustainability in contexts where sustainability education plays out against broader conflicts over the natural resource of water and its pivotal role in Australia's economic wealth and social wellbeing.

A detailed study of learning and teaching (L&T) of chemical engineering distillation to a mixed-ability small class of 13 students who are ordinarily full-time in-house employees in industry is reported. The course consisted of 9 × 2-h lectures (18 hours) and 9 × 2-h tutorials (18 hours). It was delivered over nine business days "in situ" in an established distillery. The purpose was to (re)learn core distillation of ethanol-water mixes at the level of higher education of a bachelor programme. There was 90% broad agreement that the course encouraged more learning. Students (40%) felt the course was too mathematical, however. Pointedly, there was good agreement (63%) that the course stimulated communication with each other professionally, and customers of the distillery. Results overall provide good evidence that students valued their L&T. The experimental design(s) could be readily applied to a range of fields of knowledge.

An invitation to be part of a small research project with science teacher educators focusing on the Australian Curriculum--Science as a Human Endeavour strand provided an opportunity for professional learning in science for an early career teacher working with Year 1-2 students. This article explores how the use of students' photography of local water catchments helped to develop questioning and inquiry skills over the PrimaryConnections unit of "Water works" (Academy of Science, 2012). Through the use of a class science journal the photographs provided a differentiated and inclusive means to engage and build students' interest in water as an important resource as students developed conceptual understandings about where water comes from and how science helps people manage resources.

Using a participatory learning approach, we report on the delivery and evaluation of a climate change and risk assessment tool to help manage water risks within the agricultural sector. Post-graduate water-professional students from a range of countries, from both developed and emerging economies were involved in using this tool. Our approach included participative learning tools--group discussion, software, and risk matrices. The materials developed met the needs of the students, allowing these students to incorporate their learning and adapt the package of materials for use in their home countries. Analysis of evaluations show that the tools and materials are particularly useful and emphasizes the need for sound learning materials and tools, funding to deliver training, and policy support to accelerate education and adoption of authentic climate change adaptation practices. The expected benefits for water professionals about climate change will be translated into improved socioeconomic and environmental outcomes if adopted.

This paper considers the pedagogical properties and subsequent impact of sport-for-development programs across a variety of sites in Australia. Moreover, this research adopts a socio-personal account of learning in an attempt to examine the contributions of the social and physical worlds related to surfing programs as well as the individuals' role in construing and constructing meaning through participation in these worlds. The major learning stories that emerged from this research were in relation to connections with and learning from the ocean, programme providers, Indigenous peers and Indigenous community members. More specifically, learning reportedly related to spiritual (re)connection with land and ocean, the (re)development of Indigenous and surf-specific cultural knowledge, and the (re)establishment of familial and community bonds. While these stories are significant in their own right, the learning affordances present in these programs are worthy of further attention. Indeed, the contributions of the physical and social environments at each site had important implications for the overall pedagogical properties of the programs. For example, the physical conditions of the surf as well as the features of the coastal landscapes served to shape the activities and interactions of individuals within the programs. In a similar fashion, the contributions of program leaders impacted directly on the nature and direction of learning through the organisation and support of the social environment as did the personal agency of the individual learners. Through a socio-personal approach it is possible to consider the contributions of the social and physical world, how individuals engage, construe, construct and reconcile their experiences and the relations between all of these components when learning in sport-for-development settings.

EngQuest, an initiative of Engineers Australia, provides an exciting, non-competitive way for students to participate in free, fun and educational engineering activities involving mathematics, science and technology. This article provides a sample of one of the middle school activities in the program. The history of water wheels, and their use along with instructions for building a water wheel are provided. A list of materials, and important safety and conservation information are included, as well as aspects to be critiqued once students have constructed their wheel. The expected outcomes of this work will depend on the ages and abilities of the particular students.

Purpose: The aim of this article to examine key irrigation management issues and their implications for future research and extension developments. Design/Methodology/Approach: Peri-urban landscapes are important as they supply fresh fruit, vegetables, turf, ornamental plants and other farm products to the cities. In this study, the Hawkesbury-Nepean Catchment (HNC) was used as a case study and a number of farmers were selected to examine how they use the available technologies for irrigation scheduling to make better decisions for developing water management strategies on their farms. The farmers who participated in the study were mainly growing fruit, turf, vegetables, pasture, olive trees and cut flowers. Findings: It was observed that a range of factors influenced correct irrigation scheduling decisions of farmers, including their limited understanding of the soil-water-plant relationship, costs of implementing soil-moisture monitoring technology and finding a date for irrigation activity that is compatible with their other farm tasks. It was also found that the farmers' experiential knowledge played an important role in their irrigation scheduling decisions. The study indicated that irrigation scheduling approaches, which have a low labour requirement and are cost effective and easy to use would be helpful to farmers. Practical Implications: The study highlighted that there are some irrigation management issues for research and extension that are specific to peri-urban farming and as such they need to be addressed to improve irrigation management and to cope with future water scarcity in urban and peri-urban landscapes. Originality/Value: This is one of few studies that examine irrigation scheduling issues in a peri-urban context. The study has revealed that irrigation scheduling in reality cannot be an exact science, but it needs to accommodate various farmer constraints in field situations and may have implication for extension activities in peri-urban and other regions.

Purpose: This paper aimed to examine the impact of the removal of bottled water on the campus community. This paper presents the findings of a survey conducted at the first Australian university to remove single-use bottled water from sale on a small regional university campus. The removal of bottled water from sale at the university formed part of the university's commitment to environmental sustainability. Design/methodology/approach: The study was conducted substantially by undergraduate students who participated in an action learning project in which they assisted in the design, implementation and analysis of an online snapshot survey made available to all staff and students of the university. Findings: The results indicated some evidence of changes to pro-environmental behaviors such as increased use of re-fillable bottles, but there were less desirable outcomes such as drinking less water. Community perceptions were dramatically polarized. Restrictions on freedom of choice, concerns about health as a result of increased use of high-sugar drinks and the continued availability of other plastic drink bottles were provided as strong objections to the removal of bottled water from sale on campus. Practical implications: The study provides useful insights for university sustainability planners and administrators about the complex range of issues associated with the implementation of sustainability initiatives on a university campus. Originality/value: While extensive literature exists about the environmental impacts of bottled water, few studies have explored the impacts or community responses to the removal of bottled water in the university context.

Access to clean drinking water is a major problem for many people across the world. Desalination is being increasingly used in many countries to provide this important resource. Desalination technology has received varying degrees of support in the communities in which this technology has been adopted. Productive communication suggests we understand the views of both "interested publics" and the views of water experts about these "interested publics". In this paper, we analyse the views of 16 water scientists involved in desalination research projects. We used a fourfold science communication typology to analyse scientists' discourse. While most participants expressed views which can be summarised as "We just need to educate the public," there are glimpses of more thoughtful approaches which could lead to more productive interaction between water experts and "interested publics".

Farming is still primarily a family concern in Australia. Having a farm successor in place is important as it is associated with the likelihood of the current farmer adapting to external conditions and hence may have long-term implications for the structure and profitability of agriculture. We used current and historical surveys across a number of irrigation districts in the southern Murray-Darling Basin to study the changing nature of farm succession. Irrigation farms with (and without) a named successor have decreased over time, while uncertainty about succession has increased rapidly. There was strong evidence that the identification of a successor is positively associated with the current and future management of farms. Those with no successor in place are more likely to go into a period of stagnation (such as selling land, not adopting efficient irrigation infrastructure and not increasing irrigated area). One key finding is that increasing uncertainty about succession among irrigated farmers in recent years has been influenced by issues surrounding water security in the Murray-Darling Basin. (Contains 2 tables and 2 figures.)

This paper reports some findings from an investigation of educational practice in ten (formal and informal) education for sustainability (EfS) initiatives, to characterise exemplary practice in school and community education for sustainability, considered crucial to Australia's future. The study focused on rural/regional Australia, specifically New South Wales sites in the Murray-Darling Basin (crucial to Australian agricultural economy, under substantial environmental threat, undergoing significant social and demographic change). The research used and explored new developments in practice theory, aiming to achieve innovative rich characterisations of individual and extra-individual (cultural, discursive, social, material) aspects of practice. The study aimed to derive implications for theory, policy and practice in relation to sustainability and EfS, practice theory, education, and more specifically education for the professions (including the initial education and continuing professional development of educators). (Contains 5 tables and 3 figures.)

What are the benefits of engaging undergraduate students with authentic, inquiry-based curricula that develop transdisciplinary research skills? Internationally, many educators believe that research-active curricula help students better understand how scientific and technological concepts underlie the complexities of our world, especially in the context of natural resource management and sustainability. This paper describes the outcomes of a "consultancy approach" (CA) to teaching an undergraduate water resources management course in an Australian university over the past 10 years. Using the documented experiences of staff, students and clients, this paper demonstrates how this research-based curriculum has engaged students in authentic field-based research in ways that are student-centred, address diverse learning motivations and demonstrate the realities of being a practising professional. In addition, by providing environmental managers with a depth of research knowledge applicable to decision-making at individual sites that they would otherwise be unlikely, even unable, to acquire, the CA to teaching addresses the ongoing need in Australian communities for reliable scientific and environmental data on which to base complex land management decisions. (Contains 3 tables, 1 figure and 6 notes.)

A team of staff at the University of Western Sydney (UWS) were involved in developing a multimedia package, called Sustainable Water Use in Agriculture (SWAG), to assist the first and second year students to learn about the use, management and conservation of water in agriculture. A range of media techniques including text, sound, diagrams, pictures, video clips and animation were used to present the subject matter in an interesting, interactive and effective format. It also contained activities that students can undertake interactively to reinforce and test their learning. An important lesson from this project is that developing a multi-media package is a complex task and requires considerable time, effort and budget to develop an effective student learning package. It also requires a multitude of skills that are not always available in university lecturers who are more likely to be content experts than programmers of such packages. The effort, time and budget required for developing a multimedia package is another important consideration and should not be taken lightly. Further, to ensure success, due consideration must be given to make up and size of the project team and issues of compatibility of the package with the future hardware and software. Overall, the lessons learnt provide a starting point for academics who intend to develop similar packages for the first time. It may also help to handle some key issues and challenges that could occur in developing such packages more effectively. (Contains 1 table and 4 figures.)

Aquatic therapy is an intervention for children with Developmental Coordination Disorder (DCD) that has not been investigated formally. This was a pilot randomized controlled trial to investigate the feasibility and preliminary effectiveness of an aquatic therapy program to improve motor skills of children with DCD. Thirteen children (mean age 7 years 1 month; 10 males) with DCD were randomly allocated to receive either six sessions of aquatic therapy (once weekly session of 30 min for 6-8 weeks) or to a wait-list (control group). The intervention and measures were demonstrated to be feasible, but barriers, such as limited appointment times and accessibility, were encountered. Analysis of covariance indicated that at posttest, mean scores on the Movement Assessment Battery were higher for children who received aquatic therapy compared to those on the wait-list (p = 0.057). Similar trends were noted on the physical competence portion of the Pictorial Scale of Perceived Competence and Social Acceptance (p = 0.058). Participation levels, as measured by a parent questionnaire, showed improvement for both groups. Potential facilitators and barriers to implementation of an aquatic therapy for children with DCD are discussed. (Contains 4 tables and 1 figure.)