Search Results (50)

Outdoor education (OE) represents an established approach to connecting learning with real-world contexts and supporting sustainability-related competencies. The aim of this study was to examine how Slovenian lower secondary natural science and biology teachers perceive and implement OE, as well as which factors influence its use in school practice. In Slovenia, natural science is taught as an integrated subject in grades 6–7, while biology is taught as a separate subject from grade 8 onwards; this study therefore included teachers from both instructional contexts. Data were collected using an online questionnaire completed by 108 teachers and analysed using descriptive statistics, correlations analyses, and Principal Component Analysis (PCA). The results indicate that teachers generally perceive OE as highly beneficial for students, particularly regarding engagement, experiential learning, and environmental awareness, but report obstacles such as limited time, curriculum overload, and large class sizes. These findings provide empirical insight into the gap between curricular intension and classroom practice and may inform policy measures and teacher education programmes aimed at strengthening the systematic integration of OE in Slovenian science teaching. Full article

It is widely recognized that outdoor and nature-based educational activities can significantly enhance pupils’ learning, increase environmental awareness and improve pupils’ well-being. At the same time, a growing body of literature supports that the extent to which outdoor learning is implemented depends largely on factors, such as the general institutional context of schools, social and geomorphological aspects and the teacher’s own motivation. The current study employs data collected from 507 primary, middle and high schools in Greece, using a structured questionnaire, and investigates the factors that prevent teachers from engaging in outdoor teaching activities in a green space, as well as those that encourage them to be involved in such educational learning approaches. The results identify institutional barriers, such as the demanding school curriculum, lack of financial resources, limited available time, and insufficient external support, as the main constraints preventing teachers from implementing outdoor activities in nature. On the other hand, it appears that altruistic and intrinsically driven factors, such as personal environmental interest, knowledge of the positive outcomes of environmental education, and a sense of social contribution, are the main factors promoting the adoption of outdoor green education approaches. Availability of green spaces and support by leadership also appear to promote teachers’ engagement in outdoor activities. The findings of the current study highlight the need for educational reforms, to include outdoor, nature-based learning in the school curriculum, provide training and financial support and enhance the confidence of teachers in outdoor, nature-based education. Addressing these barriers could enhance education’s role in fostering sustainable development and reconnecting pupils with nature. Full article

This study aimed to design a virtual reality (VR)–based mountaineering education system and examined its effects on junior high school students’ learning outcomes, motivation, and cognitive load in compass operation and map reading. The system integrated 3D terrain models and interactive mechanisms across four instructional modules: Direction Recognition, Map Symbols, Magnetic Declination Adjustment, and Resection Positioning. By incorporating immersive 3D environments and hands-on virtual exercises, the system simulates authentic mountaineering scenarios, enabling students to develop essential field orientation and navigation skills. An experimental design was implemented, with participants assigned to either an experimental group learning with the VR system or a control group receiving slide-based instruction. Data were collected using pre-tests, post-tests, and questionnaires, and analyzed using SPSS for descriptive statistics, paired-sample t-tests, independent-sample t-tests, and one-way ANCOVA at a significance level of α = 0.05. The findings indicated that the experimental group achieved significantly higher post-test learning performance than the control group (F = 6.37, p = 0.014). Moreover, significant or highly significant improvements were observed across the four dimensions of learning motivation—attention, relevance, confidence, and satisfaction. The experimental group also exhibited a significantly lower extraneous cognitive load (p = 0.024). Therefore, the VR mountaineering education system provides an immersive, safe, and effective approach to teaching mountaineering and outdoor survival skills. Full article

Advocates for playful nature-based learning espouse the benefits of children’s self-directed play; however, past research has questioned whether this form of activity is beneficial to children of all ages, particularly the very young. In Australia, there are rapidly growing numbers of nature playgroups and bush kindergartens in which young children’s self-directed play-based learning is promoted. Bush kinders, as they are known in Australia, are a local adaptation of the European forest kindergarten approach, where three- and four-year-old children spend one day a week in outdoor contexts away from the kindergarten premises to learn and play. One further example of Australian nature-based approaches to Early Childhood Education and Care (ECEC) is the nature playgroup where forests, parklands, and beaches are used by parents to regularly meet so their children can socialise and play. Science learning is often prevalent in these nature playgroups where children observe the sky, ground, plants, and animals across changing seasons. The children can mix earth and water and move their bodies as they run, dance, and roll on the grass. Despite the popularity of nature-based ECEC approaches globally, Australian nature playgroups led by facilitators other than parents, aimed towards young children aged from birth to four, have only gained popularity in the past decade. This paper draws upon fieldwork informed by ethnographic methods and undertaken in 2024 at one nature playgroup. The observations of facilitators, parents, and children and the interactions between the researchers and the playgroup participants are described using vignettes to understand the experience of science learning during facilitated nature playgroup sessions. Through analysing research in ECEC nature-based science teaching and learning, we propose that facilitated playgroups are valuable for young children to interact with nature as an avenue to build science knowledge. Full article

As the daily activity space for students, the external campus environment directly impacts their physical and mental health. While previous studies have demonstrated the restorative effects of outdoor environments on emotional recovery and stress relief, the influence of color elements in the campus environment on individuals remains underexplored. To address this gap, this study investigates the influence of colors in the outdoor environments of campuses built in different periods on the physiological and psychological indicators of university students. The HSV color model was used to analyze environmental colors, while virtual reality (VR) and electroencephalography (EEG) were combined to collect brain activity data, along with synchronous collection of subjective emotional data, providing a comprehensive assessment of individuals’ perceived restoration levels. The results indicate the following: (1) Environmental colors with high brightness and low saturation are more relaxing, and environments with a high proportion of plant colors and a low proportion of building and pavement colors yield the best restorative effects. (2) A comparison across three campuses revealed that the relaxation effects on emotions are sports areas > living areas > teaching areas > learning areas. Among these, neutral and warm colors were found to be more relaxing, and neutral tones within the green (G) hue contain most of the significantly stimulated EEG signals associated with relaxation. This study demonstrates the important role of campus environmental colors in improving students’ mental health, providing theoretical support and practical guidance for color design in restorative campus landscapes. Full article

Outdoor learning offers dynamic, real-world educational opportunities that extend beyond traditional classrooms and foster sustainability awareness. This quantitative study endeavors to assess teachers’ competency in facilitating outdoor learning, aiming for a more engaging and impactful introduction. Employing a relational survey design in the form of a multi-survey model, the research engaged 586 teachers representing diverse academic disciplines across public and private elementary and secondary schools. Central to the investigation was the utilization of the “Outdoor Learning Regulation Scale [OLRS]” as the primary data collection instrument. The evaluation of teachers’ aptitude in regulating outdoor learning encompassed various variables, including gender, subject specialization, prior online or in-person training in outdoor learning, use of non-school environments for teaching, childhood environment, and teaching location. To analyze the collected data, a nuanced approach to statistical analysis was undertaken, aiming to provide a clearer and more specific explanation of the data analysis methods employed. The findings of the study unveiled no significant disparities in teachers’ outdoor learning regulation capabilities based on gender, subject specialization, childhood environment, or teaching location. However, discernible differences surfaced in their proficiency in outdoor learning regulation concerning previous online or in-person training in outdoor learning and their utilization of outdoor environments for teaching, thus providing deeper insights into the factors shaping teachers’ efficacy in facilitating outdoor learning experiences. Additionally, the study emphasizes the link between outdoor learning and sustainability education. By equipping teachers with the skills to regulate outdoor learning, this research supports the integration of sustainability into educational practices, promoting students’ ecological awareness and sustainable thinking. These results highlight the importance of professional development and targeted training in outdoor education, with direct implications for strengthening sustainability-oriented teaching practices. Full article

Environmental education plays a vital role in cultivating environmentally responsible citizens. Although teachers are central to environmental education, their pedagogical practices remain under-researched. Thus, this study targeted to systematically review empirical research on environmental education teaching practices to synthesize findings and identify gaps. 2273 papers between 2015 and 2024 from Teacher Reference Center, ERIC, and GreenFILE were filtered to cover studies focused on environmental education teaching practices by teachers under formal education. To interpret trends of discoveries, we propose an expanded Technological Pedagogical Content Knowledge framework—TPAC+E—by incorporating environmental knowledge alongside existing dimensions. Majority of 111 peer-reviewed articles employed case study designs and interviews, with an increasing emphasis on digital technologies in the post-COVID era. Common teaching practices identified include cross-disciplinary integration, outdoor learning, participatory approaches, and the promotion of critical thinking and empathy. However, widespread reliance on textbooks and teacher-centered instruction persists. The review also highlights significant research gaps in primary education and in underrepresented regions such as the Global South and East Asia. We advocate for more interdisciplinary and context-specific approaches, along with enhanced support for teacher training and curriculum development. This review offers both practical and conceptual insights to advance equitable and effective environmental education worldwide. Full article

Currently, citizens of the Western world are struggling with (1) the rapid growth and increasing densification of cities and (2) the excessive time spent of citizens indoors. This article aims to contribute to changing this paradigm through proposals for organizing outdoor spaces in schools that are easy to implement and that allow new generations to experience the multiple benefits of using the outdoors. To encourage such use, we propose using school outdoor spaces for teaching/learning activities, complementing spaces traditionally committed to play, sports, and peer socialization. The presented proposals were developed using a collaborative methodology involving the school community, supervised by final-year students and professors from the University of Lisbon’s MSc. in Architecture program. The results demonstrate a wide range of ideas capable of stimulating learning among children and young people, as well as encouraging teachers to increase outdoor teaching activities. The implementation of these proposals will certainly have a positive impact on the planning and construction/qualifying of cities, providing their citizens with greater and better use/enjoyment of outdoor space, as well as all the benefits associated with it. Full article

International studies have reported extensively on outdoor learning in bush (Australia) or forest settings (e.g., U.K. and Nordic countries). Yet, limited studies have investigated urbanized environments comprising community facilities and city settings. This study shares early childhood teachers’ exploration and engagement with outdoor community settings in Singapore. Innovative practices emerged in response to the community and context in urbanized areas. Transformation of teaching happens during the research study when teachers shift from thinking about the local environment to thinking with, contributing to creating new ways of constructing outdoor teaching and learning experiences in an urbanized landscape. This study illustrates how teachers exploring the outdoors and thinking with places can open up conversations in building lively (and deadly) connections with the world. Full article

Regular classes in outdoor education are gaining popularity worldwide, driven by their potential to enhance a wide range of educational outcomes. The aim of this scoping review is to establish the current state of knowledge about the effects of this form of teaching on academic achievement and its associated factors. Of the 2362 articles included in the corpus, 41 studies involving 10,453 students from preschool to college were analyzed to identify provenance, type of interventions, research design and outcomes. The analyses suggest that outdoor teaching appears to improve learning in sciences, reading, writing, social studies and mathematics. Outdoor teaching seems to support the development of various factors associated with academic achievement, including self-awareness, school climate, motivation and well-being. This leads us to conclude that, in the current state of knowledge, outdoor teaching is a promising pedagogical approach. However, further research is needed to identify and understand its long-term effects across a broader range of disciplines and for a broader range of competences. Full article

Middle school students face significant transitions and often do not receive education on important social-emotional learning (SEL) skills. To address this issue, we investigated how middle school students experience an outdoor adventure education program focused on SEL development. Nine students from an urban public charter school participated in the ROVER program, which taught the following SEL skills: resilience, risk management, self-efficacy, self-regulation, and emotion regulation. Students then applied these concepts through adventure sports and were instructed to translate the lessons to their home and school lives. Students completed weekly reflections to explore how students experienced this piloted program. A Structure Tabular-Thematic Analysis (ST-TA) approach was used to investigate thematic coding of reflections. Prominent themes uncovered across the reflections were emotion regulation, experience intensity, social influences, resilience, and self-preservation. We describe program implementation and discuss how using adventure sports after-school programs can impact urban middle school students’ SEL skills development. Implications suggest potential benefits of directly teaching and applying SEL competencies. Full article

Built environment professionals are instrumental in envisioning, implementing and managing the urban realm to ensure that it is health supportive and sustainable. Central to their education is developing a deep understanding and appreciation of this responsibility and opportunity. Despite some progress in the classroom, challenges continue given the long history of siloed and separated disciplines and curricula. The climate emergency, ongoing chronic health conditions, and more recently the global pandemic demand a continued reframing of education away from the tradition of sequential, separated and unlinked faculty and school-based subjects to be transdisciplinary, experiential and authentic. Such principles are embraced by the Planetary Health Educational Framework and One Health. Against this theoretical context, we present our long-term educational practice using the GreenWay in Sydney, Australia, as an outdoor classroom for school and tertiary students. This multi-purpose, complex and nature-based green corridor in the urban heart of an international city facilitates experiential and transdisciplinary learning from a planetary health perspective. Based on the successes and challenges of our teaching, we reflect on the implications for environmental educators to deliver authentic and experiential outdoor education that inspires and empowers the next generation to create health-supportive and sustainable environments. Full article

With education playing a role as a catalyst for change towards a more sustainable world, there is a need to develop educational concepts that enable young people to responsibly take up the challenges of future-proof development. The GewässerCampus project is related to environmental education in the context of the ecological dimension of Education for Sustainable Development. This article focuses on evaluating the GewässerCampus project by assessing current motivation, ecological knowledge, and environmental values during participation in an outdoor learning program. In total, 231 German pupils of lower and upper secondary level participated in the project. In a quasi-experimental study design, current motivation, pro-environmental and anthropogenic values (Preservation and Utilization), and knowledge were assessed before and immediately after participation in the learning program. The learning activities during the project day led to significant knowledge acquisition. Furthermore, high individual values of the test items for Preservation and low values of the test items for Utilization were obtained. Our results show how important it is to consider the individual teaching and learning requirements of the learner group depending on the grade level, as well as the type of school, when preparing modules for environmental education in the context of sustainable development. Full article

We present the continuation of a study on an international MOOC for the training of mathematics teachers who were introduced to the methodology of outdoor mathematics through MathCityMap. Previously, we presented the immediate learning and professional development outcomes achieved by teachers who participated in the MOOC. Here, using the theoretical framework of Meta-Didactical Transposition and performing a mixed-type analysis, we investigate the long-term impact of the MOOC on these teachers to whom we administered a questionnaire one year after the end of the MOOC. We conclude that for these teachers, practising mathematics outdoors has become a consolidated teaching practice, but they still feel quite uncomfortable for structural reasons about using some pedagogical instruments they have learned in the MOOC. Full article

School-age children and being outdoors are intrinsically linked. Education and the outdoors offer unique opportunities to extend the learning potential of children at this age in a more engaging way. From the point of view of mathematics, this way of learning is very suitable and certainly motivating for the pupils since mathematics, especially geometry, is not very popular among pupils. Therefore, in this article, we describe how we used an out-of-school learning experience for second-level primary school pupils (sixth to ninth grade) to link mathematics to outdoor learning. Activities that we solved with pupils in the outdoor environment were solved in the teaching process using only modeling. Practical applications were illustrated through interesting topographic fieldwork, which we analyzed for their appropriate integration into the teaching process by means of a priori analysis. The inclusion of these practical problems was preceded by research on 781 pupils of primary schools who solved application problems related to the circle and the square. It was clear from the research that pupils have a significant problem with the geometric interpretation of simple geometric concepts, which can be improved with the use of mathematical modeling and the linking of similar problems that can be carried out in a non-school environment. Full article