The stakes could hardly be higher. Secondary school learners occupy a pivotal developmental window during which values, attitudes, and lifelong habits take root. At this stage of adolescence, students develop the abstract reasoning, ethical judgment, and sense of social responsibility that complex environmental issues demand. International frameworks, including Sustainable Development Goal 4.7 and UNESCO’s Education for Sustainable Development agenda, explicitly call for education systems to move beyond knowledge transmission toward transformative learning. When environmental education is intentionally integrated into secondary curricula, the review argues, it can cultivate the critical thinking, systems thinking, and problem-solving skills that empower young people to engage with environmental challenges at local, national, and global scales. But the authors found that in many African contexts this potential remains largely unrealized, with environmental concepts often treated as peripheral add-ons rather than core learning priorities.

The research team, led by Victor Okoth Saoke of the University of Embu in Kenya alongside colleagues at the University of Embu and the University of Hail in Saudi Arabia, conducted an extensive search across Scopus, Web of Science, Google Scholar, and African Journals Online, supplemented by grey literature from UNESCO, UNEP, the World Bank, and FAO. From an initial pool of 672 records, rigorous screening narrowed the field to 22 studies meeting strict eligibility criteria, including empirical designs, African secondary school settings, and clear focus on curriculum integration, pedagogy, learner outcomes, or institutional factors. Quality was assessed using the Mixed Methods Appraisal Tool for empirical studies and the AACODS checklist for grey literature. The methodological landscape of the included research was diverse: twelve systematic reviews, four qualitative investigations, two mixed-methods studies, two policy analyses, and two quasi-experimental studies, with geographic coverage spanning Ethiopia, Nigeria, Tanzania, South Africa, and beyond.

Three dominant models of curriculum integration emerged from the synthesis. The infusion model, the most common entry point, embeds environmental concepts across existing subjects such as biology, geography, agriculture, and social studies. When executed intentionally, infusion fosters interdisciplinary thinking, allowing a single phenomenon like river ecology to be examined through hydrology, land-use economics, and civic responsibility simultaneously. The review found this approach particularly pragmatic in resource-constrained systems where adding new subjects is politically or financially difficult. However, without careful curriculum mapping and explicit learning outcomes, infusion degrades into a disjointed series of mentions, and teachers facing heavy examination pressure routinely sideline environmental content that is not assessed.

Stand-alone environmental science subjects offer a contrasting model with distinct advantages. By dedicating timetable space to sustained inquiry, fieldwork, and project-based assessment, well-designed stand-alone courses can produce deeper conceptual understanding and more robust competency development. Naming a subject as environmental science also carries symbolic weight, signaling institutional priority and legitimizing investment in specialist teachers and materials. Yet the review cautions that stand-alone subjects are not a panacea. In crowded timetables and under-resourced contexts, they often become electives restricted to better-funded schools, reproducing equity gaps in environmental literacy. The third model, whole-school approaches, treats sustainability as a school-wide enterprise spanning curricula, management routines, student eco-committees, gardens, waste management, and community partnerships. Global programs such as Eco-Schools exemplify this strategy, and evidence shows substantial gains in learner attitudes, leadership, and everyday sustainable practices because environmental responsibility becomes a lived habit rather than a one-off lesson.

Pedagogy emerged as at least as important as curriculum placement. The literature converges on a clear finding: experiential, outdoor, and inquiry-based teaching methods consistently outperform didactic, lecture-based instruction in strengthening environmental knowledge, attitudes, and behaviors. Experiential learning grounded in activities such as water-quality testing, biodiversity surveys, and school waste audits deepens retention and strengthens the affective attachment to nature that predicts conservation behavior, provided hands-on activity is paired with structured reflection. Outdoor and place-based learning enhances cognitive, social, and emotional outcomes simultaneously, fostering connectedness to nature, a psychological construct strongly associated with pro-environmental attitudes. Problem-based learning reframes environmental topics around authentic local dilemmas, from polluted rivers to groundwater scarcity, cultivating the systems thinking and collaboration needed for sustainability-oriented citizenship. Service learning and school-community projects add a civic dimension, giving students real-world experience of environmental action and its consequences.

The impact on learners follows a consistent but uneven pattern. Environmental knowledge gains are robust and well-documented across study designs, with meta-analytic evidence confirming significant short-term improvements in understanding of ecosystems, climate change, and conservation practice. Attitudinal shifts, including greater care for nature and stronger environmental values, are also widely reported, particularly in programs using experiential and participatory pedagogies such as fieldwork, citizen science, and service learning. Behavioral outcomes, however, are the most contested. Some school and community programs report meaningful increases in recycling, energy conservation, and tree planting, while other evaluations find modest or statistically insignificant effects, especially for behaviors requiring sustained effort or structural support. Self-reported measures frequently inflate estimates compared with observed behaviors, and evidence for long-term retention of both knowledge and attitudes remains thin due to short follow-up periods.

The review identifies a cluster of structural barriers that repeatedly undermine implementation. Teacher preparedness stands out as a central constraint: many secondary school teachers lack formal training in environmental education or education for sustainable development, limiting their confidence and capacity to integrate environmental concepts into subject teaching. Curriculum overload compounds the problem, as examination-oriented systems push teachers to prioritize assessed content over cross-cutting themes. Resource constraints further limit experiential approaches, with many schools lacking teaching materials, laboratory facilities, outdoor learning spaces, and community partnerships. Weak assessment frameworks reduce accountability, making it difficult to evaluate whether environmental education actually influences learner behavior. The authors also flag equity concerns, noting that high-quality environmental education experiences are disproportionately available to better-resourced schools, risking a widening of existing educational inequalities unless policy deliberately prioritizes low-cost, high-impact interventions and scalable teacher training.

Despite these challenges, the review’s conclusions are constructive. Environmental education holds substantial promise as a transformative force in secondary schooling, but realizing it demands coherent, system-wide effort. The authors advocate hybrid strategies that combine infusion across all classrooms, targeted stand-alone courses for depth and specialist skills, and whole-school programs that cultivate habits and agency, all supported by sustained teacher professional development, community partnerships, and assessment reform that rewards inquiry, practical skills, and civic action. Programs addressing psychological mediators such as environmental identity, self-efficacy, and social norms show the strongest behavioral benefits. The review also highlights a critical research gap: longitudinal, context-sensitive studies tracking how school-based environmental education shapes learners’ trajectories into adulthood remain scarce, and the authors call for mixed-methods, multi-level designs capable of demonstrating lasting impact. Bridging the persistent gap between policy aspiration and classroom reality, the study concludes, is the decisive task if African secondary schools are to produce a generation equipped not merely to understand the environmental crisis but to act upon it.

The review’s methodological transparency reflects broader shifts in how education evidence is produced and trusted. By following PRISMA reporting standards, the authors made their search strings, eligibility decisions, and appraisal steps auditable, which matters in a field where advocacy often outruns evidence. The inclusion of policy documents alongside empirical studies is also notable, since it allowed the team to compare what governments promise on paper with what classrooms actually deliver, a comparison that proved central to their diagnosis of implementation gaps.

One underappreciated dimension of the findings concerns measurement itself. Because most behavioral outcomes in the included studies relied on learner self-reports, the true effect of school programs on everyday practices such as waste sorting or water conservation remains uncertain. The authors’ call for observational designs and longer follow-up periods echoes a wider concern in environmental psychology, where the link between stated intentions and sustained behavior is known to be fragile. Studies that track learners beyond graduation, into household and community settings, would provide far stronger evidence of whether secondary schooling produces durable environmental citizens.

Geographic coverage also deserves scrutiny. The included studies clustered in a handful of countries, leaving large parts of the continent, particularly Francophone and Lusophone Africa, thinly represented in the evidence base. This unevenness limits the generalizability of the synthesis and means curriculum reforms in many nations are proceeding without locally relevant research. The authors suggest that investment in African education research capacity, including support for local journals and open-access publication, would help close this gap.

Finally, the review’s emphasis on psychological mediators such as connectedness to nature and self-efficacy offers a practical lever for designers. Programs that deliberately build emotional bonds with local environments, rather than transmitting facts alone, appear most likely to convert classroom learning into lifelong stewardship.

Subject of Research: A PRISMA-based systematic review of environmental education integration, pedagogy, and learner outcomes in African secondary schooling.

Article Title: Environmental education in African secondary schooling: a PRISMA-based systematic review

Article References: Saoke, V. O., Asweto, C. O., Kyalo, A. M., Gitonga, C. M., & Alzain, M. A. (2026). Environmental education in African secondary schooling: a PRISMA-based systematic review. Discover Conservation, 3(1), Article 38. https://doi.org/10.1007/s44353-026-00108-9

Image Credits: AI Generated

DOI: 10.1007/s44353-026-00108-9

Keywords: environmental education, secondary schooling, Africa, curriculum integration, PRISMA, systematic review, experiential learning, pro-environmental behavior, teacher preparedness, education for sustainable development, whole-school approach, conservation awareness

The premise rests on a simple pedagogical insight, famously captured by the Senegalese forester Baba Dioum in 1968: we will only conserve what we love, love what we understand, and understand what we are taught. Biological collections make that understanding tangible. Each specimen lot preserves multidimensional information, spanning historical, geographical, morphological and ecological dimensions, that abstract textbook diagrams simply cannot convey. When students handle a bivalve and trace the articulation of its valves, or spiral a gastropod shell in their fingers while considering its mode of life, they are engaging with empirical evidence, scientific methodology and the documentation practices of real research, all at once.

Yet the La Plata team is careful to stress that collections do not teach by themselves. Their educational value depends entirely on the intentional work of teachers who design activities around the specimens. That design principle is visible throughout the collection’s architecture. The researchers organised 254 specimens into five molluscan classes and assigned each lot to one of three purposes: teaching, marked DOC; outreach, marked EXT; and repository, marked REP, a reserve of replacement material for items damaged by handling. Colour-coded labels and a lot-naming system combining the first letters of the phylum and class allow staff and students to navigate the collection quickly, a practical but consequential detail for anyone who has watched a class of undergraduates wait while an instructor searches for the right jar.

The curation itself followed rigorous standards. Specimens were obtained during field surveys by the research group, mostly empty shells collected after natural death, using a minimal-impact sampling approach. Preservation relies on two methods: dry storage in jars and bags, and wet preservation in 70 percent ethanol. Taxonomic identifications were verified and updated against authoritative databases such as the Catalogue of Life and MolluscaBase, and the collection’s records were migrated into a spreadsheet structured according to the Darwin Core standard, the international data framework used by natural history collections worldwide. A data-entry protocol now governs how every field is completed, ensuring that information remains consistent as the collection grows.

The most eye-catching innovation, however, is what happened next: digitisation. Working with the Functional Digitisation Unit of the Museo de La Plata, the team generated three-dimensional models of specimens using two very different technologies. The first is deliberately low-tech in spirit. Using Polycam, a free smartphone application that builds 3D models through photogrammetry, the researchers created interactive models of two invasive bivalves, the golden mussel Limnoperna fortunei and the Asian clam Corbicula fluminea. The choice of a free mobile tool was intentional, so that any teacher with a phone or tablet could replicate the workflow and bring the same resources to their own students without institutional funding or specialised equipment.

The second technology operates at the other end of the precision spectrum. An Artec Micro II scanner, offering a resolution of five microns within a maximum scanning volume of 20 by 20 by 15 centimetres, was used to digitise seven non-native mollusc species. The result is the first three-dimensional Virtual Malacological Collection of invasive molluscs in Argentina, hosted online and freely explorable. In the rendered models, viewers can rotate a veined rapa whelk, Rapana venosa, and click on numbered points to see the anatomical names of individual shell parts, an experience that merges taxonomic instruction with the tactile exploration normally reserved for people standing in front of a museum drawer.

The virtual collection is already reshaping teacher training. In the Invertebrate Biology course at La Plata’s Faculty of Humanities and Education Sciences, students who are themselves future teachers are asked to design lesson plans about invasive mollusc species using the virtual collection as the central resource. The assignment is deliberately open-ended, and the results have ranged from illustrated fact sheets with QR codes linking to the 3D models, to guided discussion questions built on scientific articles and newspaper reports, to a Kahoot! quiz and a full board game. Classroom observations suggest that manipulating digital specimens without physical constraints helps students connect theoretical knowledge with socioscientific issues such as biological invasion, a problem the team notes is among the most pressing global threats to native species and ecosystem function.

The physical collection, meanwhile, travels beyond the university. Through a university outreach project, native marine molluscs from the Buenos Aires coast, including species such as the ribbed mussel Aulacomya atra, the blue mussel Mytilus edulis and the violet clam Eucallista purpurata, form the basis of workshops delivered in secondary schools and teacher training institutes across the province. Students work with dichotomous keys and malacological fact sheets accessed through QR codes, comparing shell articulation, umbo position and coiling patterns to infer how each animal fed and where it lived. Workshops close with debates on conservation strategies and the ethical responsibilities of citizens. At public fairs, visitors encounter a black ‘mystery box’ containing the same specimens; selecting one triggers questions about identification, habitat and human uses. The team reports that the activity routinely corrects misconceptions, for example the spherical, transparent egg capsules of Pachycymbiola brasiliana, which beachgoers frequently mistake for turtle eggs.

The researchers argue that these experiences address a documented gap. Earlier surveys cited in the study found that between 71 and 81 percent of students in Argentine teacher training programmes valued biological collections as educational resources, yet most did not know how to construct or use them, and between 33 and 38 percent reported being unable to use them in secondary schools for lack of material. Strikingly, between 69 and 81 percent of trainee teachers were unfamiliar with virtual collections, while 81 percent said they would use them if they could. Collections remain underutilised in classrooms, the authors note, because of structural limits such as scarce materials, restricted institutional access and insufficient teacher training, problems that digitisation can materially ease by removing temporal and spatial barriers to access.

The La Plata team’s conclusions are measured but forward-looking. A catalogued, organised and regularly updated physical and virtual collection streamlines the selection of teaching materials, reduces the wear and deterioration that handling inflicts on specimens, and gives teachers and students ready access to resources they could never build alone. But access alone, they caution, guarantees nothing; the pedagogical payoff depends on teachers who know these resources exist and plan deliberately around them. If the model spreads, the humble mollusc, ancient, abundant and endlessly varied, could become an unlikely ambassador for biodiversity literacy, its shells preserved in ethanol and resin, and now in pixel-perfect three dimensions, teaching a generation of students why the living world is worth understanding, and worth keeping.

The choice of molluscs as the foundation for this collection was no accident. Mollusca is one of the largest phyla in the animal kingdom, and its shells are durable, visually striking and easy to handle, making them unusually well suited to classroom work. The researchers also point to the phylum’s deep entanglement with human society, from food and ornament to economic and cultural uses, which gives teachers multiple entry points for connecting biology to students’ everyday experience.

The project sits within a broader institutional effort by the Biodiversity Education Study Group, known as GEEBio, whose Invertebrate Biology Collection Group has taken on the long-term administration of the collection. This matters because sustaining a teaching collection is not a one-off project but an ongoing commitment to curation, reconditioning and documentation, work that often goes unrecognised in academic settings.

The study also situates biological collections within ex situ conservation strategies, alongside seed banks and arboretums, framing them as primary repositories of biodiversity knowledge rather than mere teaching props. From this perspective, a well-maintained collection serves research, conservation management and public engagement simultaneously, with exhibitions and outreach activities fostering the public participation that conservation ultimately depends upon.

For teachers wondering how to begin, the researchers draw on prior work identifying three practical pathways: searching data portals to build customised lessons, collaborating with researchers to develop or adopt an existing resource such as the virtual collection, and contributing to citizen-science portals that expand collections with new data. Each route lowers the barrier that unfamiliarity has created.

Adopting standards like Darwin Core also connects a modest university collection to a global infrastructure of natural history data, meaning that local specimens can eventually inform research on species distributions, climate change and biological invasions far beyond Argentina. The open access publication of the study itself reflects this ethos of widening participation, allowing educators anywhere to examine the methods and adapt the model to their own institutional collections and regional fauna.

Subject of Research: Use of physical and virtual malacological collections as interactive educational resources for biodiversity learning

Article Title: Malacological collections as educational resources for interactive visual learning and biodiversity exploration

Article References: Custodio, H., Motta, J., Amoia, A., Arregui Longui, M., Vilches, A., & Darrigran, G. (2026). Malacological collections as educational resources for interactive visual learning and biodiversity exploration. Discover Ecology, 2(1), Article 19. https://doi.org/10.1007/s44396-026-00037-w

Image Credits: AI Generated

DOI: 10.1007/s44396-026-00037-w

Keywords: malacology, biological collections, biodiversity education, 3D digitisation, virtual collection, invasive species, environmental education, teacher training, Darwin Core, photogrammetry, science outreach, molluscs

The article, written by H. Carolyn Peach Brown of the Environmental Studies program at the University of Prince Edward Island, draws on fifteen years of classroom experience to describe practical strategies for balancing hope and despair in environmental education. Published as a “Practitioner Voices” contribution, the piece is not a conventional research study with datasets and statistical models. Instead, it is a candid account of what one experienced educator has learned about teaching a subject that can leave students anxious, grieving and paralyzed—and about how classrooms can be transformed into what Brown calls learning communities of hope and optimism.

The psychological toll of environmental education is well documented in the scientific literature. Researchers have described “ecological grief” as a legitimate mental health response to climate change-related loss, with a landmark 2018 paper in Nature Climate Change by Ashlee Cunsolo and Neville Ellis framing sorrow over ecosystem transformation as an emerging field of study. Follow-up work published in The Lancet Planetary Health in 2020 argued that ecological grief and anxiety may actually mark the start of a healthy response to climate change, provided they are acknowledged and channeled rather than suppressed. More recent research has quantified the scale of the problem among young people. A 2024 study in the Journal of Environmental Education, examining students at three European universities, found that students expect their education to address climate anxiety, not just deliver technical content. And a 2025 study in PLoS ONE added a crucial nuance: social support appears to mediate the relationship between eco-anxiety and pro-environmental behavior, meaning that the way people cope with environmental distress—with others, rather than alone—determines whether that distress translates into action or into withdrawal.

Brown’s reflection enters precisely at this intersection of emotion, pedagogy and action. She notes that those teaching, studying and working in the environmental field are confronted on a daily basis with bad news about the state of the world, and that constant bombardment by reports of a changing climate, biodiversity loss and ecosystem collapse leaves many students and faculty alike feeling anxious and fearful about the future. The problem is not confined to students. Instructors, too, must process the same relentless stream of troubling findings, often while feeling responsible for guiding young people through it. Earlier work in the same journal, by Wallace, Greenburg and Clark in 2020, confronted anxiety and despair in environmental studies and sciences head-on, offering an analysis and guide for students and faculty, and a 2026 open-access article advanced the discussion by asking how instructors teaching university courses on the environment are addressing eco-anxiety among their students.

One of the most important threads running through Brown’s reflection is a warning against what mental health practitioners call toxic positivity—a concept highlighted by the Centre for Innovation in Campus Mental Health in Ontario. The answer to despair, in other words, is not to pretend that the crisis is manageable with a smile, or to dilute the science until it becomes comforting. Brown is explicit that her strategies must not neglect the reality of the challenges the world faces. The goal is not to replace grim data with cheerful slogans but to hold two truths at once: the situation is genuinely serious, and meaningful action is still genuinely possible. This dual framing echoes the work of scholars such as Rebecca Solnit, who has argued that grounds for hope are found not in optimism about outcomes but in the uncertainty of the future itself—the fact that nobody knows how the story ends is precisely why effort matters. It also resonates with climate scientist Katharine Hayhoe’s argument in Saving Us that hope and healing in a divided world come through connection and constructive engagement rather than denial or resignation.

So what does fostering hope look like in practice? Brown describes three broad families of strategies that she has woven into various courses over her fifteen years of teaching. The first involves featuring examples of art and artists inspired by the natural world. This may seem like an unlikely tool for a science-adjacent discipline, but the rationale is psychologically sound: encounters with beauty, creativity and human expression reconnect students to what is worth protecting, counteracting the numbness that can set in after months of abstract statistics. Art reframes the natural world not merely as a system in decline but as a source of wonder, meaning and cultural significance. Brown’s own scholarly interests span literature and the environment, environmental communication and environmental psychology, and the arts-based approach reflects a growing recognition that environmental studies cannot be taught through data alone. A 2024 paper in Environmental Education Research, arising from an interdisciplinary group of scholars in the humanities and social sciences, similarly called for a teaching agenda for the climate crisis that goes beyond technical instruction and embraces the interpretive, ethical and emotional dimensions of the crisis.

The second strategy involves calling attention to inspiring examples of environmental action, both past and present. Brown points to figures whose stories demonstrate that individuals and communities can change the trajectory of environmental destruction. Among those she references are Autumn Peltier, the Anishinaabe water advocate from Canada who has addressed international bodies about the protection of water; Sheila Watt-Cloutier, whose book The Right to Be Cold links Arctic climate change to Inuit human rights; the late David Suzuki, whose decades of science communication have shaped Canadian environmental consciousness; and the Green Belt Movement founded by Wangari Maathai, which mobilized communities to plant tens of millions of trees while empowering women in Kenya. She also highlights hyper-local successes, such as the story of a young person cleaning up the LaHave River in Nova Scotia—a reminder that transformative environmental work does not require global fame or vast resources. Conservation communicators have argued that success stories are not a luxury but a necessity, providing evidence that effort produces results and counteracting the learned helplessness that doom-heavy messaging can induce.

The third strategy—and arguably the one with the strongest empirical grounding—is creating opportunities for students to become engaged in personal action to address environmental challenges. Brown’s own earlier research, published in this same journal in 2023, examined student perspectives on course-based experiential learning in Environmental Studies, finding that students value opportunities to apply their learning in real-world contexts. The PLoS ONE finding that social support channels eco-anxiety into pro-environmental behavior suggests why classroom community matters so much: when students act together, anxiety becomes a motivator rather than a debilitator. Brown’s approaches include course-based projects that connect students to local environmental issues, giving them a tangible sense of agency. The underlying pedagogical philosophy draws on thinkers such as Paulo Freire, whose Pedagogy of Hope framed education as an act of imagination and struggle rather than passive transmission, and Parker Palmer, who has written about teaching as an inwardly grounded, communal practice. Scholars theorizing hope in education have distinguished hope from mere wishful thinking: genuine hope involves agency and pathways—a belief that one’s actions matter and that routes toward goals exist, even under uncertainty.

Brown’s reflection also joins a growing body of work examining the emotional dimensions of climate education across disciplines. Research on hope and grief in the human geography classroom, published in the Journal of Geography in Higher Education, has documented how instructors navigate these emotions in field-based and discussion-based settings. Together with Brown’s contribution, these studies signal a shift in higher education: the recognition that emotional literacy is not separate from scientific literacy but intertwined with it. A student who is paralyzed by despair cannot learn effectively, and a student who is sheltered from reality cannot act effectively. The craft of teaching environmental studies, on this view, lies in calibrating the balance.

The timing of the article is significant. Eco-anxiety and climate anxiety have moved from the margins of psychology into mainstream public conversation, with bestselling books such as Britt Wray’s Generation Dread exploring how to find purpose in an age of climate crisis. Universities are increasingly being asked—by students themselves—what role they should play in supporting mental health while confronting planetary crises. Brown’s answer, grounded in her own institutional context at the University of Prince Edward Island in Charlottetown, offers a template that other instructors can adapt: acknowledge the grief, feature the beauty, celebrate the changemakers, and above all create structured opportunities for action.

Perhaps the most enduring insight from Brown’s fifteen-year reflection is that hope is not a feeling that instructors can simply install in their students. It is something that emerges, gradually and collectively, from a learning community that faces hard truths together while refusing to let those truths be the whole story. Environmental education, at its best, does not choose between honesty and hope. It insists that honesty about the crisis is the very foundation on which durable, realistic hope must be built—and that classrooms, when designed with care, can be places where young people learn not only what is being lost, but what can still be saved.

The concept of collaborative syllabus building, a practice where students actively contribute to shaping course content, has been explored in earlier studies for its empowerment of learners and enhancement of motivation and satisfaction. However, the project under discussion takes this collaboration a step further by situating syllabus design outside the usual digital or academic settings, opting instead for the raw and unpredictable conditions of a beach environment. This shift enabled the team to liberate their thinking from financial and logistical constraints, embracing an improvisational methodology that hinged on manual manipulation of physical note cards rather than digital tools, catalyzing a fluid and organic curriculum development process.

Working amid the sand and surf introduced a novel dimension to their pedagogical process. The transitory nature of the beach context imposed physical challenges—such as the risk of windy dispersal of note cards—but also inspired an innovative approach: frequently reshuffling and reordering cards by hand allowed the curriculum to evolve continually, acknowledging the variability and adaptability inherent to the environment they sought to engage with. This hands-on approach is metaphorically and practically linked to the speculative nature of the syllabus, which is designed to pivot and respond rather than prescribe fixed content and sequences.

Central to this endeavor is the dissolution of entrenched educational dichotomies. By relocating the classroom to the beach, the boundaries between teacher and student dissolve, along with dualisms such as body and mind or human and nature. The multisensory activities conducted—ranging from deep listening to swimming and beachcombing—engendered an immersive learning atmosphere that foregrounded presence, play, and curiosity, qualities often stifled in conventional academic environments. This embodied pedagogy fosters not only cognitive engagement but also an affective connection to place, catalyzing a mode of learning that transcends intellectual abstraction.

Such place-responsive learning directly challenges the “god-trick” of disembodied knowledge critiqued by scholars like Donna Haraway, which assumes objective detachment from context. Instead, the project insists upon situated cognition, where understanding is inseparable from temporal and spatial dimensions, and cognition remains entangled with sensory and emotional registers. This ontological shift foregrounds the body as a locus of learning and recognizes the inseparability of cognition and place, thus augmenting transdisciplinary inquiry.

Moreover, the project builds on ecological and systems thinking by viewing human and nonhuman actors as co-participants in educational praxis. This approach resonates with Alexis Pauline Gumbs’ conceptualization of “school” as a living organism modeled after striped dolphin pods—units of survival and learning that operate intergenerationally and symbiotically. The speculative “School for the North Sea” envisioned by the researchers is not merely metaphorical but serves as a template for sustained, reciprocal interaction among human learners and their ecological context, operating through a relational ontology that values care, attentiveness, and co-evolution.

This vision manifests concretely in the design of a workshop—“Training the senses towards ecological thinking”—which operationalizes the speculative syllabus by inviting participants into direct, unmediated engagement with the seaside environment. Through activities emphasizing sensory attunement and embodied awareness, participants experience firsthand the dissolution of conventional boundaries between learning, environment, and community, fostering a form of knowledge production grounded in experience and relationality.

The workshop exemplifies a liminal space where the distinctions between teachers and learners blur, institutional hierarchies fade, and collaborative knowledge-making flourishes. The process of co-designing and co-teaching reflects a democratization of pedagogy, reminiscent of action research methodologies but radicalized by location and sensory immersion. This pedagogical experiment hints at how higher education might evolve to meet contemporary societal and ecological challenges through more holistic and integrated forms of learning.

Ecological thinking, as articulated by the team, rejects simplistic binaries and embraces complexity and interconnection, situating learning within a broad spectrum of relational ontologies. This intellectual stance aligns with broader movements within environmental humanities and posthumanist theory, which emphasize the entanglement of humans with their environments and the mutual shaping of knowledge and place.

The methodological innovations described underscore the importance of flexible, adaptive tools in speculative curriculum design. The humble note cards, physically manipulated in response to environmental contingencies, symbolize a break from rigid, top-down pedagogical models. They serve as catalysts for iterative thinking and continuous reconfiguration, embodying a form of pedagogy that is as dynamic and fluid as the coastal zone it seeks to engage.

Furthermore, the project’s situating of syllabus building as part of an exploratory research agenda rather than a mere academic exercise broadens the scope of curriculum development. It becomes a site of inquiry itself, a living experiment, and a catalyst for new forms of transdisciplinary knowledge production that transcend disciplinary silos.

This curriculum-building endeavor also reflects an implicit critique of conventional educational systems that often prioritize cognitive abstraction over sensory and affective engagement. By foregrounding the relational and embodied aspects of learning, the project opens pathways toward pedagogies capable of fostering ecological sensibilities, social responsibility, and cross-species empathy—critical qualities in an era marked by environmental crisis.

Overall, this initiative demonstrates how integrating place-responsive pedagogy with speculative syllabus design can catalyze new educational paradigms. It reveals the potential for educational environments that are not merely spaces of knowledge transmission but living ecosystems where knowledge, emotion, and place converge adaptively and meaningfully.

The project’s ramifications extend beyond the particularities of coastal study, offering a replicable model for embedding ecological awareness and multisensory engagement across disciplines. It challenges institutions to reconsider the structures, assumptions, and materialities that frame learning.

By reimagining education as a participatory, place-entangled process, this work contributes vitally to debates on academic innovation and sustainability pedagogy. It exemplifies how co-creative and embodied methodologies can foster transformative learning experiences, equipping students not only with knowledge but with the capacities for attentive, responsive, and ethical engagement with the world.

The “School for the North Sea” remains, for now, a speculative construct, but its principles and practices offer a compelling blueprint for higher education’s future—a future in which knowledge is inseparable from care, place, and multispecies kinship.

Subject of Research:
Transdisciplinary place-responsive pedagogy and speculative syllabus co-creation.

Article Title:
Co-creating transdisciplinary place-responsive pedagogy: attuning to place and edu-crafting speculative higher education.

Article References:
de Groot, T., Arenberg, A., Fountoulaki, M. et al. Co-creating transdisciplinary place-responsive pedagogy: attuning to place and edu-crafting speculative higher education. Humanit Soc Sci Commun 12, 1045 (2025). https://doi.org/10.1057/s41599-025-05352-3

Image Credits: AI Generated

The research highlights a significant trend among students who participated in the “Insect Investigators” citizen science program. These students exhibited an increased intention to modify their personal behaviors in favor of environmental sustainability. The program, which encourages students to explore and document insect biodiversity, provides them with an opportunity to connect with real science in a meaningful way. As they delve into the complexities of insect life, students grow more aware of their environmental responsibilities, demonstrating their newfound knowledge and enthusiasm for protecting the natural world.

Dr. Erinn Fagan-Jeffries of the University of Adelaide offers insight into the impact of such programs. According to her, the students’ involvement in citizen science not only influences their attitudes but also has a ripple effect on their teachers. An interesting finding emerged where educators expressed a renewed commitment to integrating insect-related topics into their lessons. This suggests that student enthusiasm can significantly motivate teachers to incorporate more experiential learning opportunities into their curriculum, ultimately fostering a conducive environment for environmental education.

Beyond the classroom, citizen science projects associate students with real-world research endeavors, bridging the gap between theory and practice. The experiences students gain from interacting with scientists help demystify the scientific process and encourage them to think critically about the world around them. Educators report that these engagements lead to invaluable experiences that enhance both teaching and learning. The collaborative nature of citizen science invokes a sense of shared responsibility towards scientific understanding and environmental stewardship.

One of the key benefits of incorporating insect studies into educational programs is the opportunity to challenge existing misconceptions about insects. Insects are often perceived negatively, yet they play critical roles in ecosystems, contributing to processes such as pollination and nutrient recycling. By fostering positive human-insect connections, educators can help students appreciate the intricate web of life that sustains our planet, promoting greater empathy towards all living creatures.

Dr. Andy Howe, the lead author of the study, emphasizes that these initiatives are timely given the alarming rate of insect declines globally. With many species lacking formal documentation, there is a pressing need for increased research and advocacy. Insect-focused citizen science projects empower students to become informed contributors to conservation efforts, exemplifying how education can be a catalyst for change in environmental attitudes.

As the research suggests, the push for citizen science is not just about enhancing student knowledge in isolation; it serves as a platform for developing future scientists who will address significant gaps in our understanding of ecologies. The authors note that nurturing curiosity about insects among young people can lead to a generation ready to tackle pressing biodiversity crises. By empowering students with knowledge, we not only foster a respect for nature but also equip them with the tools necessary to engage in scientific inquiry.

The University of Adelaide and the University of South Australia are poised to play pivotal roles in shaping a new educational landscape with the formation of Adelaide University in 2026. The collaboration aims to enhance the quality of research and delivery of education while maintaining a focus on real-world relevance. This merger is expected to amplify the impact of citizen science projects and broaden their reach, enabling more students to engage with critical issues such as biodiversity and environmental sustainability.

In conclusion, the implications of this research extend far beyond individual classrooms. Citizen science projects can transform the educational experience by marrying scientific engagement with environmental activism. High school students participating in studies like “Insect Investigators” embody the potential to become stewards of the environment, equipped with the knowledge to influence change. Cultivating a new generation of scientifically literate individuals dedicated to conservation is crucial in addressing the multifaceted challenges posed by biodiversity loss and climate change.

As educational institutions continue to refine their approaches to teaching science, the evidence from the University of Adelaide’s study serves as a powerful reminder of the transformative power of engaging students in real scientific inquiries. By emphasizing hands-on experiences and fostering connections with the natural world, we can inspire a future where pro-environmental behavior becomes the norm rather than the exception.

Through these collaborative citizen science efforts, students not only learn about the environment—they become integral to its preservation. As custodians of the planet, their actions can help mitigate the biodiversity crisis we face today, proving that educational initiatives in citizen science are not just beneficial but essential to the health of our ecosystems and our future.

Subject of Research: Pro-environmental behavior increase among students due to insect-related citizen science projects.
Article Title: Engaging Students through Insect-Based Citizen Science Promotes Environmental Awareness
News Publication Date: October 2023
Web References: https://insectinvestigators.com.au/, DOI: http://dx.doi.org/10.1111/aen.70004
References: Study conducted by the University of Adelaide and University of South Australia
Image Credits: Encounter Lutheran College.
Keywords: citizen science, environmental education, insect conservation, biodiversity, student engagement, pro-environmental behavior, hands-on learning.