Formal schooling frequently lacks both democratic learning culture and effective climate change education (CCE). This study analyzes the effects of the participatory CCE initiative k.i.d.Z.21 and the impacts of the current Fridays For Future (FFF) climate protests on teenagers’ climate change awareness. The mixed-methods approach comprises online pre-and post-tests, and personal interviews with selected students. k.i.d.Z.21 follows moderate constructivist, inquiry-based learning approaches and addresses 14-year old students from secondary schools in Austria and southern Germany. Considering the effectiveness of the CCE intervention of school year 2018/2019 (N = 169), quantitative findings reveal an increased mean of major components of climate change awareness, including climate-friendly behavior. When separating participants and non-participants in Fridays For Future, personal concern and refusing meat have both increased significantly only among protest participants. A closer examination of this group identifies an enhanced feeling of self-efficacy that might be triggered by perceived collective efficacy. Besides, more climate-friendly consumption behavior, as well as enhanced multiplicative action, are detected. The interviewed students also clearly assigned increased action-related components of climate change awareness to the attendance of FFF. From the findings, we conclude that democratic learning in and out of school can enhance action-related components of climate change awareness, and a combination of both can have an even stronger effect.
This article looks at transdisciplinary research and discusses the possibilities of translating this concept into a new type of education, which we will call Transdisciplinary Education. Following the adoption of the Sustainable Development Goals by the community of states, there has been increased international recognition of education as being a key driver for sustainable development. Considering the global grand challenges of the 21st century, the integration of Education for Sustainable Development at all school levels ought to be prioritized in order to empower young people to contribute to sustainable development. Collaborating with out-of-school partners and doing research on real-world problems within their lifeworld, help students develop the competences necessary for responsible citizenship, while at the same time contributing to community well-being. Both concepts transdisciplinary research and Transdisciplinary Education acknowledge the responsibility of addressing social relevant problems and the significant role of those who are and who will be affected by these challenges. The project Science Education for Action and Engagement Towards Sustainability (SEAS) aims at analyzing different partnerships between schools and out-of-school institutions in European countries. By comparing the collaborative formats and providing a concept and method pool for educators, SEAS targets facilitating the integration of Transdisciplinary Education in formal schooling in the future. This article gives insights into the Austrian research-education collaboration k.i.d.Z.21. Drawing on experiences of k.i.d.Z.21 and taking up characteristics of transdisciplinary research, opportunities and challenges of integrating Transdisciplinary Education in formal schooling are discussed.
This study seeks to address critical gaps in climate change education research with regard to (1) emotions triggered in teenage students learning about climate change, (2) the students’ complexity thinking competence in the context of climate change consequences, and (3) the interconnections between different types of emotions and the levels of complexity thinking competence in teenagers’ explanations of climate change. The study drew on quantitative and qualitative data from 315 (2013–2015) and 246 (2021) teenage secondary school students from a pre-/post-intervention survey from Austria’s year-long k.i.d.Z.21—Competent into the Future program, in which almost 3,500 students aged between 13 and 19 have participated up to now. Climate change triggered expected types of emotions in students. Following exploratory factor analyses, these were clustered into two groups. Multilevel modeling revealed that the k.i.d.Z.21-modules had no influence on teenage students’ levels of complexity thinking competence in their explanations of climate change for themselves and humanity in general. The first group of emotions (i.e., angry, sad, helpless, insecure, worried and inspired to act) was associated with higher levels of complexity thinking competence in participants’ answers to questions about climate change and, therefore, designated “stimulation”. The opposite was true for the second group (i.e., apathetic, annoyed, and hopeful), which diminished the level of complexity thinking competence in responses and, therefore, designated “attenuation”. Future studies are encouraged to draw on the emotion measures developed for this study to replicate and advance this study’s findings. Educationists are urged to pay greater attention to emotions in climate change education.
Latest findings of the IPCC highlight the fact that there is an urgent need for climate action on both individual and societal levels, because political regulations and technical advances just would not be enough to counter climate change. Acknowledging young people’s role as present and future decision-makers, their engagement is absolutely imperative in order to achieve Sustainable Development Goal 13, “Climate Action.” Therefore, new methods of teaching and learning are necessary, and they need to encourage transformative learning, which, it is assumed, will lay foundations for transformative engagement. Research in the field of science education credits scientific literacy vision III as fostering transformative learning and engagement. In this study, transdisciplinary education is analyzed as a promising concept that enables exchange of knowledge, experiences, and perspectives between students and scientific partners while they jointly complete research on real-world issues. A quantitative analysis capturing scientific literacy and transformative engagement for climate action of Austrian and German secondary school students (N = 162) is carried out alongside a literature review. This study reveals that the didactical concept of transdisciplinary education notably contributes to the implementation of scientific literacy vision III as well as vision II. According to the results, the three visions of scientific literacy are predictors for transformative engagement for climate action, assuming to be preceded by a transformative learning process. These encouraging findings need to be replicated by further scholars in other contexts.
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