Conference Agenda
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30 SES 02 C: Opening the Door for Change in Educational Leadership
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30. Environmental and Sustainability Education Research (ESER)
Paper Understanding and Promoting Ocean Literacy: Exploring the Experiences, Perceptions, and Attitudes of Secondary School Students, Teachers, and School Leaders in England University College London, United Kingdom Presenting Author:Ocean literacy refers to an understanding of the dynamic and reciprocal relationship between humans and the ocean (Ocean Literacy Network, 2015). The alarming deterioration of ocean health, driven by human activities, continues to threaten its ecological balance. Addressing these challenges is complex, as it requires consideration of multiple interconnected factors simultaneously (Santoro et al., 2017). It is therefore crucial for the public to understand the underlying causes of ocean-related environmental issues and to recognise practical and effective solutions to mitigate them. However, public understanding of the ocean remains limited, and marine issues often receive less attention than other environmental concerns (Fauville et al., 2019).
The limited inclusion of ocean-related topics in school curricula worldwide is evident, with ocean literacy often remaining optional and inconsistently available to students (Fauville et al., 2019). While young people generally demonstrate interest in and positive attitudes toward the ocean, this enthusiasm is frequently accompanied by low levels of knowledge and, in some cases, misconceptions. Among secondary school students, research indicates varying levels of ocean knowledge, ranging from low to moderate, alongside expressions of concern and positive attitudes toward the marine environment (Kelly et al., 2021; Tsai & Chang, 2019). A major challenge in promoting ocean literacy in education is therefore the need for innovative pedagogical and leadership strategies to equip learners with essential skills and knowledge (Santoro et al., 2017). Additional barriers, such as limited curriculum space and restricted teaching time, often hinder the introduction of new topics. Consequently, ocean literacy initiatives are typically delivered as short-term projects or extracurricular programmes, further limiting their coherent integration into students’ long-term studies. In England, ocean literacy is not systematically included as a compulsory topic in the national curriculum, nor is it effectively integrated across subjects (Department for Education, 2014; 2015). As a result, contemporary research examining students’ understanding, experiences, and attitudes toward ocean literacy remains limited. Furthermore, the perspectives of teachers and school leaders regarding its inclusion in school practices have not been adequately explored, despite the critical role education plays in shaping students’ attitudes and awareness toward environmental protection and sustainability (Koomen et al., 2018). Considering these aspects, the following four research questions have been developed: 1. What is the level of ocean literacy among Year 10 students (aged 14 to 15) in the UK 2. What experiences, perceptions and attitudes do students have regarding learning about ocean literacy? 3. What opportunities and challenges do teachers and school leaders currently face, or have previously encountered, in promoting ocean literacy in their schools?
This study was informed by Barnett’s (2000) concept of a supercomplex world, characterised by uncertainty, interconnectedness, and the constant need for adaptability. Within this framework, education is understood not only as the transmission of knowledge but as preparation for navigating complexity. In this study, ocean literacy was adopted as a conceptual bridge for responding to these demands, as it encourages systems thinking, environmental awareness, and responsible action. The study design was further guided by the six dimensions of ocean literacy proposed by Brennan et al. (2019), which provided a structured lens for examining leaners’ awareness, knowledge, attitude, behaviour, communication and activism within broader environmental and societal contexts.
The study employed a mixed-methods approach within an English co-educational secondary school to examine ocean literacy from both student and educator perspectives. Overall, the study identifies moderate student ocean literacy, substantial knowledge gaps, limited curricular integration, and strong stakeholder support for experiential, project-based approaches as key findings, highlighting the need for targeted, well-supported, and sustainable ocean literacy education. Methodology, Methods, Research Instruments or Sources Used The study was conducted at a co-educational private secondary school in eastern England, located in a coastal town on a river estuary. Participants included 52 Year 10 students (29 males, 22 females, and one participant who preferred not to disclose their gender) and eight teachers and school leaders representing a range of roles, subject areas, ages, and professional responsibilities. The Year 10 cohort was specifically selected due to their prior exposure to relevant content through primary and early secondary education. Students’ ocean literacy was first assessed using a 25-minute online quiz designed to evaluate knowledge, identify gaps, and highlight areas requiring further development. The quiz consisted of 20 questions using a combination of true/false, single-choice, multiple-choice, and open-ended formats. Following the quiz, students were invited to take part in 20-minute group interviews, with up to three students per session. These interviews explored students’ experiences, perceptions, and attitudes toward ocean literacy, as well as their preferred learning approaches and perceived support needs for long-term improvement. Teachers and school leaders with an interest in ocean literacy and sustainability participated in individual semi-structured interviews lasting approximately 30 minutes. These interviews focused on participants’ perspectives on integrating ocean literacy into curriculum and school practices, perceived opportunities and constraints, and the types of support required for effective and sustainable implementation. Data analysis combined quantitative and qualitative approaches. Quiz responses were scored using a points-based system, while open-ended responses and interview transcripts were analysed thematically. Quantitative and qualitative findings were subsequently integrated to provide a comprehensive understanding of ocean literacy within the school context. Conclusions, Expected Outcomes or Findings Overall, the online quiz results indicate that students demonstrated a moderate level of ocean-related knowledge, with strengths in understanding the ocean’s role in weather regulation, marine pollution, and its largely unexplored nature. However, the variation in responses revealed uneven understanding across topics. In particular, gaps in knowledge related to sea level change, the ocean’s role in climate regulation, and marine biodiversity suggest areas where students experience persistent misconceptions or limited comprehension, highlighting the need for more targeted and coherent educational approaches to support the development of ocean literacy. Insights from student interviews reinforced the importance of curricular exposure in shaping understanding and engagement. Ocean-related topics were perceived as insufficiently covered within the existing curriculum, often introduced briefly and without depth. Many students felt unprepared to make informed decisions regarding ocean conservation, despite recognising the ocean’s importance to both their daily lives and the wider environment. Reduced interest in ocean issues was also commonly linked to a lack of foundational knowledge, perceived irrelevance, and general disengagement. As a result, some students expressed low confidence in their ability to contribute to environmental action, which further limited their willingness to engage in conservation behaviours. Students consistently emphasised the value of experiential and interactive learning as more effective in fostering engagement and a personal connection to the ocean than traditional classroom instruction alone. Teachers and school leaders highlighted project-based learning and curriculum integration as promising strategies for enhancing ocean literacy. Activities such as debates, public speaking, and interdisciplinary projects were viewed as practical and impactful, while creative initiatives were considered beneficial but dependent on staff capacity. Although there was strong interest in embedding ocean literacy and sustainability across the school, concerns regarding workload were evident. Participants emphasised that access to well-designed teaching resources and external support would be essential for successful and sustainable implementation. References Barnett, R. (2000). Supercomplexity and the Curriculum. Studies in Higher Education, 25(3), 255–265. Brennan, C., Ashley, M., & Molloy, O. (2019). A system dynamics approach to increasing ocean literacy. Frontiers in Marine Science, 6(360), 1–20. Department for Education (2014). Geography: GCSE subject content. https://assets.publishing.service.gov.uk/media/5a7d5754e5274a33be64898e/GCSE_geography.pdf Department for Education (2015). National curriculum in England: Science programmes of study. https://www.gov.uk/government/publications/national-curriculum-in-england-science-programmes-of-study/national-curriculumin-england-science-programmes-of-study Fauville, G., Strang, C., Cannady, M. A., & Chen, Y. F. (2019). Development of the international ocean literacy survey: Measuring knowledge across the world. Environmental Education Research, 25(2), 238–263. https://doi.org/10.1080/13504622.2018.1440381 Kelly, R., Evans, K., Alexander, K., Bettiol, S., Corney, S., Cullen-Knox, C., ... & Pecl, G. T. (2021). Connecting to the oceans: Supporting ocean literacy and public engagement. Reviews in Fish Biology and Fisheries, 32(1), 123–143. https://doi.org/ 10.1007/s11160-020-09625-9 Koomen, M. H., Rodriguez, E., Hoffman, A., Petersen, C., & Oberhauser, K. (2018). Authentic science with citizen science and student‐driven science fair projects. Science Education, 102(3), 593–644. https://doi.org/10.1002/sce.21335 Ocean Literacy Network. (2015). Ocean literacy framework. http://oceanliteracy.wp2.coexploration.org/ocean-literacyframework Santoro, F., Tereza de Magalhães, A. V., Middleton, F., & Buchanan-Dunlop, J. (2022). A new blue curriculum: A toolkit for policy-makers. UNESCO-IOC. http://hdl.handle.net/1834/42195 Tsai, L. T., & Chang, C. C. (2019). Measuring ocean literacy of high school students: Psychometric properties of a Chinese version of the ocean literacy scale. Environmental Education Research, 25(2), 264–279. https://doi.org/10.1080/13504622.2018.1542487 30. Environmental and Sustainability Education Research (ESER)
Paper Beyond Performance Metrics: Building ESD Competencies and Leadership for Sustainability in Higher Education Universidad del Rosario, Colombia Presenting Author:In recent years, higher education institutions have increasingly been called upon to undergo profound transformations in response to pressing global challenges. Addressing the planetary and climate emergency, fostering inclusive and diverse learning environments, integrating emerging technologies—particularly artificial intelligence—into teaching, learning, and assessment processes, and promoting critical dialogue around threats to freedom and social justice have become central concerns within university settings (Pee & Vululleh, 2020; Kinol et al., 2023). These demands require universities not only to adapt structurally but also to rethink their educational purposes and pedagogical approaches. Since its emergence in the 1970s, Environmental Education, alongside Education for Sustainable Development (ESD), has emphasized the need for educational processes grounded in personal awareness, ethical reflection, and the recognition of otherness. Both approaches advocate for experiential and action-oriented learning pathways that enable a transition from reflection to transformative action. From this perspective, higher education is expected to promote participatory, interdisciplinary, and transdisciplinary processes that empower learners to engage meaningfully with complex socio-environmental challenges (Andersson et al., 2025). However, the field of sustainability education is marked by significant epistemic tensions. Concepts such as development and sustainability are not understood or experienced uniformly across contexts. In the Global South, historical inequalities, structural poverty, political and economic colonization, and limited access to quality education shape distinct realities, particularly for rural, Indigenous, Afro-descendant, and vulnerable communities. These disparities challenge universalized narratives of sustainable development and call for context-sensitive educational frameworks. This study acknowledges the coexistence of multiple conceptual traditions—Environmental Education, ESD, and Education for Sustainability (EfS)—each contributing distinct perspectives. In Colombia, Environmental Education has been strongly shaped by public policy, particularly the National Environmental Education Policy (2003), where sustainable development is framed as one objective among others. At the same time, Colombian higher education engages in an active dialogue with international ESD frameworks, where sustainability competencies have been consolidated as a key theoretical construct with a robust research trajectory (Giannini, 2020; Corres et al., 2020). Understanding universities as cultural institutions with significant influence on social and political dynamics implies a responsibility to offer education that is conceptually robust, socially relevant, and oriented toward real-world problem solving (Rieckmann, 2018, 2022; Vare et al., 2022). In this context, sustainability competencies are understood as the integration of knowledge, skills, and attitudes oriented toward action. Competence implies the ability to apply what one knows and values in order to respond effectively to complex challenges (Martínez et al., 2022). Crossing disciplinary, institutional, and social boundaries has therefore been identified as a critical Methodology, Methods, Research Instruments or Sources Used From a socio-constructivist perspective, this research approaches education for sustainability at the Universidad del Rosario (UR) as a dynamic and socially constructed reality, recognizing the subjectivity and situated experiences of participants beyond what standardized indicators, such as Green Metric reports, are able to capture. To address this complexity, a mixed-methods design was adopted, allowing for the integration of quantitative and qualitative approaches in order to achieve a more comprehensive understanding of sustainability competencies within the university context. The quantitative phase involved the design and validation of a questionnaire administered to undergraduate and graduate students. The instrument consisted of 20 items aligned with predefined sustainability competencies, including systemic, critical, and future-oriented thinking; strategic action and problem solving; self-awareness and empathy; regulatory understanding; and leadership and entrepreneurship in sustainability. The survey was completed by 218 students, the majority of whom were active undergraduate students, predominantly women, and mainly enrolled in programs related to Medicine and Health Sciences, Science and Engineering, and Law. Participation in the institutional sustainability-focused curriculum segment known as the Mutis Cycle was nearly evenly distributed among respondents. Reliability analysis yielded a Cronbach’s alpha of 0.88, indicating high internal consistency. Descriptive statistics and chi-square tests were applied to explore associations between responses and characterization variables, allowing for the identification of statistically significant patterns related to sustainability competencies across the student population. To complement and deepen the quantitative findings, a qualitative phase was conducted using a focus group methodology. This approach was selected to explore the collective construction of meaning and to capture tensions, negotiations, and lived experiences that quantitative methods alone cannot fully reveal. Eleven students from diverse disciplinary backgrounds and academic levels participated, ensuring discursive variation and richness. The qualitative data were analyzed using a computer-assisted qualitative data analysis approach with Atlas.ti, following the principles of grounded theory. An inductive coding process was applied through cycles of initial, focused, and axial coding, supported by analytical memos and constant comparison. Rather than aiming for statistical saturation, the analysis sought theoretical densification of categories that illuminate how students interpret, experience, and reframe sustainability, empowerment, and agency within university life. To ensure quality and rigor, criteria such as triangulation, audit trails, and reflexivity were applied throughout the research process. This mixed-methods strategy enabled the integration of statistical trends with students’ narratives, providing a nuanced understanding of not only what sustainability competencies students report, but also how and why these competencies are shaped through educational experiences, community interactions, and institutional culture. Conclusions, Expected Outcomes or Findings The results indicate a strong foundation of sustainability awareness and commitment among students, while also revealing areas requiring further development. Quantitative findings show high levels of agreement across most sustainability-related competencies, particularly those linked to identifying opportunities to improve quality of life, equity, and environmental sustainability. Nevertheless, the findings reveal gaps between awareness and action. Lower levels of agreement appear in competencies related to leadership, sustainable entrepreneurship, and the translation of ideas into concrete projects. While many students are willing to engage in sustainability initiatives, fewer feel prepared to assume leadership roles or develop entrepreneurial solutions. Leadership, systemic thinking, empathy, and regulatory understanding show comparatively weaker results, pointing to the need for targeted institutional strategies that strengthen socio-emotional, normative, and action-oriented dimensions of sustainability education. Statistical analyses demonstrate strong interdependencies among competencies. Higher levels of strategic thinking and problem solving are consistently associated with positive assessments of entrepreneurship, leadership, and critical thinking. Problem-solving competence, in particular, increases with academic progression and functions as a central connector linking cognitive, strategic, and action-oriented capacities, suggesting that sustainability competencies develop as an integrated system rather than as isolated skills. Qualitative findings further frame student empowerment for sustainability as a dynamic and cyclical process structured around three interconnected axes: awareness and reflection, action and agency, and community and future orientation. Students conceptualize sustainability as an ethical and political horizon shaping personal practices and systemic understandings of environmental challenges. Agency is strengthened through collaborative initiatives and institutional support but constrained by barriers such as academic overload, bureaucratic rigidity, and limited recognition, especially for women in scientific fields. Overall, empowerment operates as an integrative cycle in which awareness fuels agency, agency strengthens collective engagement, and community feedback reinforces sustained commitment. References Creswell, J. W., Shope, R., Plano Clark, V. L., & Green, D. O. (2006). How interpretive qualitative research extends mixed methods research. Research in the Schools, 13(1), 1-11. Pee, S., & Vululleh, N. (2020). Role of universities in transforming society: Challenges and practices. International perspectives on policies, practices & pedagogies for promoting social responsibility in higher education, 32, 67-79. Rieckmann, M. (2018). Learning to transform the world: Key competencies in Education for Sustainable Development. Issues and trends in education for sustainable development, 39(1), 39-59. Rieckmann, M. (2022). Developing and assessing sustainability competences in the context of education for sustainable development. In Education for sustainable development in primary and secondary schools: Pedagogical and Practical approaches for teachers (pp. 191-203). Cham: Springer International Publishing. 30. Environmental and Sustainability Education Research (ESER)
Paper An Open Door? The Potential for Sustainability Leaders in Schools to Create Real Change University College London, United Kingdom Presenting Author:This paper shares research on the potential for sustainability leads (SLs) to act as catalysts in achieving a more holistic approach to climate change and sustainability education in schools. In England, the Department for Education's Sustainability and Climate Change Strategy (2023a, 2023b) encourages every school in England to have a sustainability lead (SL). Although this has no statutory force, many schools have now identified someone to act as their SL. Typically, this is someone already working in the school who may or may not be given additional time and/or financial reward for the role. Given the novelty of this role and a lack of current research evidence about its potential and actual impact, we collected data from a group of SLs in primary and secondary schools across two academic years to analyse what inhibiting and enabling factors they encountered and what difference they felt they had made across the period. In our analysis we drew on literature about teacher agency and educational leadership to frame our discussion about the potential space in which SLs can create the conditions for change (Rushton et al, 2025) and cultivate collective action (Finnegan et al, 2025). Although this paper draws on data collected in England, the findings are of much broader interest as many countries grapple with how to embed the values of sustainability in school operations and curricula. UNESCO has called for “…a new social contract for education, grounded on principles of human rights, social justice, human dignity and cultural diversity” (2025) and Selby & Kagawa (2010) argue that runaway climate change demands a rethinking of educational paradigms and leaders willing to act as bold cultural architects. Stirling’s (2024) argument that a fundamental shift is needed, from the linear, atomised and mechanical thinking that has led us to the environmental crisis towards ‘ecological thinking’, has profound implications for sustainability leadership in school, from headteachers to SLs to the whole school community (Higham et al, 2025). Sukhera et al. (2025) call this latter model ‘distributed leadership’ where sustainability champions emerge across different roles. This model challenges traditional hierarchies and empowers staff to take initiative, fostering a culture of shared responsibility. One of our research questions focused on the potential for SLs to be a catalyst for such a model. Interestingly, many of the SLs in our study demonstrated characteristics of ecological thinking and are beginning to embrace characteristics of a different paradigm of education which moves away from the neo-liberal norms of competition and accountability measures that dominate across many education systems. This was the first in a series of tensions that the SLs in our study had to navigate, requiring them to balance their idealism with pragmatism but also increasing the potential for disillusionment. Further tensions included the need to appease or persuade senior leaders whilst galvanising the whole staff and the temptation to focus on ‘quick wins’ at the expense of embedded change. Nevertheless, while our research emphasises the challenges of the role, it also highlights its considerable potential as a catalyst for cultural change. Methodology, Methods, Research Instruments or Sources Used We used a case study approach, focusing on a group of 10 sustainability leads, seven from secondary schools and three from primary schools. These SLs are part of an informal network of schools working with University College London which grew out of case study research in 2022. While the schools were not selected according to a high degree of engagement in climate change and sustainability education, we recognise the advantage of being part of an informal network and we factor that into our conclusions. We collected data primarily from focus group interviews held in 2024 and 2025 respectively. These were carried out in person as part of conferences for schools. This data was supplemented by some individual interviews held in 2023-24. We used a thematic analysis following Braun and Clarke (2019) to make meaning from the data. Themes were constructed by reading and interpreting the data inductively, keeping an open mind to look for emphasis, language and recurring points. We recognise that, as part of this network ourselves, we are to an extent participant-researchers and that our closeness to the SLs’ work and their aims may affect our interpretation. With this in mind, we used artificial intelligence (AI) to supplement our own analysis which was a valuable process in itself and demonstrated the advantages and disadvantages of this approach. Conclusions, Expected Outcomes or Findings Ownership, legitimacy and community have emerged as key overlapping themes across the data to explain what inhibits or enables SLs to effect change in their schools. These themes operate within broader specific contexts which are unique to every school but collectively describe the conditions needed to achieve the common goal of an integration of ecological thinking in schools. Our research suggests that SLs can be an important catalyst and can nurture community and culture change with a view to new behaviours and values becoming self-sustaining. There are early signs that the integration of ecological thinking is starting to happen in some schools and evidence that SLs can, in the right circumstances, play a key role in this process. For policy makers, the implication is that SLs represent a potentially sound investment but questions remain around recruitment, training, and, critically, the need for communities of practice that provide vital support and encouragement to SLs who may feel isolated in their role. References Braun, V. and Clarke, V. (2019) ‘Reflecting on reflexive thematic analysis.’ Qualitative Research in Sport, Exercise and Health 11 (4): 589–597. Department for Education. (2023a). Sustainability & climate change: A strategy for the education & children’s services systems. Online. https://www.gov.uk/government/publications/sustainability-and-climate-change-strategy/sustainability-and-climate-change-a-strategy-for-the-education-and-childrens-services-systems Department for Education. (2023b). Sustainability leadership and climate action plans in education. Online. https://www.gov.uk/guidance/sustainability-leadership-and-climate-action-plans-in-education Dunlop, L., & Rushton, E. A. C. (2022). Putting climate change at the heart of education: Is England’s strategy a placebo for policy? British Educational Research Journal, 48(6), 1083–1101. https://doi.org/10.1002/berj.3816 Finnegan, W. (2023) Beyond Whole-School Approaches to Sustainability: Social Practices and Practice Architectures at Secondary Schools in England. Energy Research and Social Science, 102, 103–186. Higham, R., Kitson, A., & Sharp, S. (2025). ‘What do I do? Save the environment or let children go hungry?’ Leading English schools at time of climate crisis. International Journal of Leadership in Education, 1–19. https://doi.org/10.1080/13603124.2025.2472393 Rushton, E., Walshe, N., Kitson, A. & Sharp, S. (2025) Leading whole school spaces of agency for climate change and sustainability education. A case study of four schools from England. Journal of Professional Capital and Community , 10 (1) pp. 79-92. Selby, D., & Kagawa, F. (2010). Runaway climate change as challenge to the ‘Closing Circle’ of education for sustainable development. Journal of Education for Sustainable Development, 4(1), 37–50. Stirling, S. (2024) Learning and Sustainability in Dangerous Times: The Stephen Stirling Reader. Agenda Publishing Limited: Newcastle Upon Tyne. Sukhera, S. M., Gordon, C. R., & Sterrett, W. L. (2025) Sustainability Leadership in Schools: A Success Case Method. Journal of Organizational and Educational Leadership, 10(1), 0_1-35. Talks, I. and Finnegan, W. (2024) Engaging the Next Generation: The state of environmental, sustainability and climate education in UK schools and effective practice in the classroom. National Association of Environmental Education. Online Veronese, D., & Kensler, L. (2013). School Leaders, Sustainability, and Green School Practices: An Elicitation Study Using the Theory of Planned Behavior. Journal of Sustainability Education. UNESCO (2025) Futures of Education https://www.unesco.org/en/futures-education Last accessed August 21, 2025. | ||