There has been an intensive debate in the field of climate change education about what predictors influence youth’s climate-related behavior and what educational strategies and practices stimulate such behavior. This study investigated the impact of the ‘CO₂ League’ program which involved 47 schools (N = 123). For the analyses, we used pre-/-post quasi-experimental design which combined quantitative and qualitative methods: an extensive pre-/-post survey for analyzing several components of students’ climate literacy (system/action/effectiveness knowledge, climate change concern, self-efficacy, willingness for climate-protective behavior) and focus group interviews. The analyses revealed a significant impact of sufficient climate change knowledge on climate change concern which subsequently positively influenced participants’ self-efficacy and their willingness to act. The findings of this study suggest that knowledge is a key initial driver for climate action, especially for young people, and confirm the conclusion of previous studies that willingness to adopt pro-climatic behavior presupposes a clear and explicit understanding of climate dynamics and its causal relations. The focus group interviews also revealed that the reported increased willingness to act often translated into actual climate action and that learning about the concept of carbon footprint and the process of calculating and decreasing it proved to be a very accessible and fast path to participants’ engagement in personal climate action.

Background: The emergence of Generative Artificial Intelligence has brought a number of ethical and practical issues to higher education. Solid experimental evidence is yet inadequate to set the functional rules for the new technology.Objectives: The objective of this study is to analyse the experience of undergraduate students’ interaction with ChatGPT and contribute to identifying the problems arising from the widespread use of artificial intelligence.Methods: Junior university students (N = 25) were assigned the task of working on their seminar essays with the aid of ChatGPT. Most students were novices with this tool (the study was conducted in the spring of 2023). Their essays were analysed qualitatively, according to the principles of the general inductive approach.Results and Conclusions: The initial attitudes towards artificial intelligence were almost equally distributed from enthusiastic to indifferent and cautious, with one student refusing to interact with the chatbot on ideological grounds. After the first experience, most of the students declared themselves adopters of the new technology. We have found some evidence for enhancing critical thinking competence when using ChatGPT, as well as examples of unquestioned reliance on its outputs. The tendency to personification of the chatbot was apparent in the students' essays.Implications: The findings show how easily the students embrace artificial intelligence and suggest a failure of any attempts for its strict regulation. This, on the other hand, underlines the need for emphasis on personal and research‐oriented approaches in teaching and learning.

The article presents findings from a Czech environmental literacy survey conducted in 2020 on a sample of 6th (N = 3773), 8th (N = 21518), and 9th graders (N = 4368). Specifically, the effect of environmental and sustainability education (ESE) as well as the effect of gender and age on environmental knowledge, attitudes, beliefs, place attachment, locus of control and behavior were analyzed with regard to teaching strategies. The analyses revealed significant differences between respondents who participate in residential outdoor environmental education programs, those who were involved in a school eco-club or a nature-oriented non-formal-education youth clubs compared to those not involved in these activities. In addition, the perceived holistic, emancipatory, and community-based ESE approaches were among the significant predictors of environmental literacy. The findings support the relevance of the ESE strategies examined in shaping environmental literacy of young students. Older students and boys showed a lower level of pro-environmental values and behavior.

The notion of Environmental Citizenship embodies behaviour – an actively involved citizen who exercises his/her environmental rights and obligations in the private and public spheres. Education for Environmental Citizenship implies behavioural change; its goal is to facilitate an individual’s intellectual growth (cognitive domain) and emotional capacity (affective domain) that may lead to a critical and actively engaged individual. Human behaviour is overwhelmingly sophisticated, and what shapes pro-environmental behaviour is complex and context specific. Furthermore, empirical research indicates a discrepancy between possessing environmental knowledge and environmentally supportive attitudes and behaving pro-environmentally. The point of departure of this chapter is that the social and psychological study of behaviour has much to inform the study of environmental behaviour and, deriving from this, to inform regarding the type of education towards behaviour/action in the goal of sustainable socioecological transformation. The chapter focuses on internal (psychosocial) factors. It presents selected models regarding factors influencing behavioural decisions that are acknowledged as influential theoretical frameworks for investigating pro-environmental behaviour, as well as various theories that inform these models. These are categorised into knowledge-based models; attitude-, value- and norm-oriented models; skills, self-efficacy and situational factors; and new approaches to environmental behaviour models. The chapter concludes with suggestions for Education for Environmental Citizenship deriving from the various models.

This article examines the perception of the Czech place-based education program School for Sustainable Development from the perspectives of the participating students, teachers, and representatives of the local municipalities. The study is based on an analysis of paired or group interviews with 47 students, 7 teachers, and 6 representatives. The findings show that while the teachers perceived the process of the students’ involvement in planning and conducting a community-based project as highly participative, the students’ opportunities to shape the process through making their own decisions were rather limited and the teachers kept control over important parts of the process to themselves. While the cooperation of the schools with their respective municipalities was appreciated by most of the respondents, several barriers have been identified. Participation in the project has likely increased the teachers’ self-effectiveness, developed the students’ interpersonal competence, and improved the atmosphere at the schools involved. Abbreviations: PBE: place-based education; ENEC: European Network for Environmental Citizenship; STEM: Science, Technology, Engineering and Mathematics; SSD: The School for Sustainable Development.