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The purpose of this paper is to highlight the continuing dearth of scholarship about the role of work-based learning in education for sustainable development, and particularly the urgent demands of climate literacy. It is proposed that forms of work-based learning can act as catalysts for wider cultural change, towards embedding climate literacy in higher education institutions.

This paper draws data from action research to present a case study of a Climate Change Project conducted through a work-based learning module at a mid-sized university in the UK.

Contrary to the predominantly fragmented and disciplinary bounded approaches to sustainability and climate literacy, the case study demonstrates how a form of work-based learning can create a unifying vision for action, and do so across multiple disciplinary, professional service, and identity boundaries. In addition, the project-generated indicators of cultural change including extensive faculty-level climate change resources, creative ideas for an innovative mobile application, and new infrastructural arrangements to further develop practice and research in climate change.

This paper provides an illustrative example of how a pan-faculty work-based learning module can act as a catalyst for change at a higher education institution.

This paper is a contemporary call for action to stimulate and expedite climate literacy in higher education, and is the first to propose that certain forms of work-based learning curricula can be a route to combating highly bounded and fragmented approaches, towards a unified and boundary-crossing approach.

Purpose – To consider the ways two pre-service teachers evaluated digital information sources about climate change in order to highlight the challenges and possibilities of an instructional approach aimed at cultivating digital literacies about climate change among pre-service teachers.

Design – The qualitative research design focuses on two pre-service teachers’ written reflections and participation during class discussions across two sessions in a content literacy course. The theoretical framework that guided the analysis was civic media literacy.

Findings – Findings of this study highlight conceptions of reliability that two participants held (reliability as relative or as evidentiary support) as they worked with web sources about climate change. These conceptions reflected a denialist orientation to climate change science.

Practical Implications – This study contributes to the literature that considers the ways pre-service teachers work with websites about socioscientific topics. It highlights how an instructional model can help promote digital literacy practices that center on evaluating the reliability of websites about climate change. It also includes a companion framework called fake experts, logical fallacies, impossible expectations, cherry picking, and conspiracy theories (FLICC) that can be used to guide students to better understand techniques and practices of science denial.

The extreme climatic events are a result of modern human lifestyles and activities. Climate literacy is one of the significant factors to redefine aggravated human behaviours related to climate change and energy efficiency. Therefore, education relevant to energy efficiency and climate change is identified as a vital requirement in the present education sector. This study aims to identify existing capacity needs for integrating massive open online courses (MOOC)-based climate education in the partner institutions education systems.

The integrating education with consumer behavior relevant to energy efficiency and climate change at the Universities of Russia, Sri Lanka and Bangladesh (BECK) project funded by the Erasmus+ programme aimed to address this research gap by introducing new harmonized MOOC modules to the higher education curricular of four European, five Russian and five Asian higher education institutions (partner country higher education institutions). A series of focus group surveys and workshops were carried out to identify the present capacity development needs relevant to the subject topic.

Accordingly, infrastructure development, awareness-raising, curricular development, capacity building, integration and networking, research and development and financial needs have been identified as the key areas requiring capacity development to integrate energy efficiency and climate change into the higher education curricular. The results have recognized that a MOOC system in curricular will allow better opportunities for research, awareness and capacity development initiatives.

The relevant European best practices can be adopted into the Asian education systems to allow more opportunities in infrastructure, research and networking development. The project continues to implement the MOOC modules in the partner institutions following a contextual research study and a cross-institutional module sharing assessment.

The research outcomes identify the significant facts for formulating the BECK project objectives, which provide wider opportunity for climate literacy improvements and education initiatives in the partner countries.

This paper aims to find out if there is a relationship between access to climate change information and student activism.

Exploratory study focused on the survey of 400 [n = 400] students from 10 universities in Spain from April to May 2022. A questionnaire with 19 questions was divided into blocks of knowledge, awareness, and action and bivariate analysis with a margin of error of ±5% and a confidence level of 95%.

The greater the degree of information received, the greater the activism of university students, who tend to use digital media and social networks to get informed. However, they perceive that the university generates little information and a low number of activities related to climate change. Students demand that universities implement informal, formal, and service-learning environmental education strategies on sustainable consumption.

Given the results of previous studies showing the variable “type of degree” does not show differences at the beginning and end of studies, it has not been considered in this research. Nevertheless, it would be convenient to introduce it in future investigations to confirm if this may have an impact on informational habits.

This paper urges universities to act as sources of environmental education, given the relationship between the information received and the pro-environmental attitudes of students.

The universities are powerful social actors that can shape public and political discourses for eco-social transition.

This research adds the variable access to information in studies on pro-environmental attitudes. Furthermore, this research provides data about student perceptions of the university, government, industry, and NGO climate actions.

This study aims to introduce management students to climate change by providing them with an opportunity to address it in their own lives, through a class exercise.

An in-class exercise was designed, carried out and described in this study. Student teams were assigned different questions on how to address major causes of climate change. Each team did research to generate answers, and ranked their answers based on the speed of implementation. Teams reported their answers to the class. The instructor facilitated a debriefing session, during which all responses were ranked with respect to other variables, including cost savings, time savings and lifestyle fit. This exercise uses few resources and can be adapted to different time lengths and teaching/learning formats (e.g. on-ground, virtual, asynchronous online).

This exercise can help students to gain an understanding of climate change and its causes and complexities. Students learn how to implement a diverse set of personal actions to mitigate climate change; these can start in the present and continue throughout their lives. In addition, this exercise may help students to make the leap from individual climate change mitigation practices to organizational and societal practices, when they are in the position to do so as future leaders.

Although classes, exercises, and assignments ask management students to consider issues such as climate change at the organizational level, this individual-level exercise can allow students with limited organizational experience to engage more quickly with climate change and better understand organizational and societal implications in the future. That is, if students first understand how to address climate change in their own lives, they may more effectively transfer and apply that understanding at organizational and societal levels and ultimately synthesize solutions to address climate change in the world.

This study aims to, using Grande Riviere, Trinidad, as a case study, determine levels of climate change knowledge and awareness in the community. Second, it seeks to provide new knowledge on appropriate techniques for developing climate change literacy. Third, it attempts to highlight action needed for messages to be widely communicated and policy implications for government agencies, non-governmental organisations, communication specialists and educators.

A face-to-face questionnaire was administered to all households, focus group meetings were held and a training workshop was conducted.

A key finding is that despite vulnerability to climate change, climate change literacy is low and is influenced by multiple variables such as household income, level of educational attainment, access to technology, governance structures and political commitment to communicating climate change. A major finding is that access to modern communication modes is limited and therefore verbal communication remains the most powerful means of transmitting messages on climate change. Moreover, opportunities exist for the use of participatory and indigenous communication techniques.

A major policy conclusion is that a practical blend of traditional and modern technologies, which emphasises verbal communication and promotes innovative participatory communication technologies, including indigenous ones, would be effective in strengthening adaptive capacity.

This paper is useful to policymakers, communication specialists, academia and civil society in understanding that there is no universally applicable technology for climate change communication; the type of technology adopted must be tailored to the economic, social and cultural peculiarities of a community.

This study aims to assess barriers in accessing and uptaking climate change adaptation information among smallholder tomato farmers in Tanzania.

This study was conducted in Iringa and Morogoro regions, Tanzania. It adopted cross-sectional research design. Multistage, purposive and random sampling techniques with a sample size of 183 smallholder tomato farmers were used. Questionnaires containing closed- and open-ended questions, interview guide and focus group discussions were used to collect data. To ensure validity and reliability of data collection instruments, pretesting of the questionnaires was conducted by administering them to a small group of smallholder tomato growers. Statistical Product and Service Solutions software was used to analyse quantitative data while NVivo was used for analysing qualitative data.

Lack of clear understanding of climate change information (132, 72.1%), scarcity of libraries and information centres (125, 68.3%), inadequate income (125, 68.3%), lack of trust of sources of information (114, 62.3%), lack of sufficient knowledge about climate change (111, 60%), illiteracy (110, 60.1%), poor distribution of electricity in rural areas (109, 59.6%) and use of jargons (93, 50.8%) in explaining climate change adaptation issues are hindrances for smallholder tomato farmers to access and uptake climate change adaptation information.

This study was conducted in only two districts in Tanzania; thus, the findings cannot be generalized.

The government and relevant agencies are recommended to use appropriate strategies for breaking the barriers that impede easy access and uptake of climate change adaptation information by smallholder tomato farmers as one of the interventions to combat the impacts posed by climate change.

This study has contributed to the ongoing discourses on climate change issues. Such discourses have influenced attention and understanding of the role of access and uptake of climate change adaptation information by smallholder farmers for planning and implementation of adaptation strategies through awareness creation.

This study is in line with goal number 13.3 of Sustainable Development Goals, which vows on taking necessary actions in combating climate change and its impacts. Thus, smallholder tomato farmers’ awareness about climate change through access and uptake of climate change adaptation information is one of the interventions to combat climate change and its impacts.

A mixed-method study was performed to determine the impact of integrating systems thinking (ST) into an electronic learning module for junior high school teachers in the Philippines. The study aims to assess how an ST approach to pedagogy compared against a conventional approach in terms of contribution to the participants’ global climate change content knowledge, holistic thinking and depth and accuracy of knowledge and reasoning.

The study implemented e-learning modules using an ST approach versus a conventional approach in teaching climate science to junior high school teachers. The paper presents quantitative data obtained from pre and posttests results of the 20 teacher-participants and qualitative data obtained during the focus-group discussion (FGD) after the implementation of the study.

The results from the statistical analysis indicated that the ST group obtained a significant increase in their assessment scores compared to the non-ST group, according to predetermined criteria. Content knowledge, depth and accuracy of knowledge and reasoning increased the most. The participants mentioned during the FGD that the module helped deepen their understanding of climate change.

The study was limited to 20 teacher-participants, but it has relevance for public school teachers in the country given that participants had raised concerns regarding the lack of training in their schools for teaching climate science. They admitted that they lacked critical information to include in climate change topics in their classes.

This paper shows how the ST approach can be used to teach climate change to junior high students. The e-learning module can provide teachers with better understanding, knowledge and reasoning to teach climate change to high school students more effectively.

The literature on climate change knowledge and attitudes has focused on primary and secondary school children. The limited research on college students is dated or narrowly focused. This study aims to contribute to a comprehensive understanding of views about climate change across a wide range of current college students.

The authors surveyed college students in a sample of lower- and upper-division courses in three content areas: knowledge and attitudes about climate change, intentions to reduce their personal greenhouse gas emissions, and student satisfaction with the amount of current teaching at the university about climate change and suggestions for improvement.

A strong majority of respondents believe that climate change is real and largely human-induced; a majority express concern about climate change. Yet, students in the sample hold misconceptions about the basic causes and consequences of climate change.

Further research is warranted to understand the college population, so educators can improve and target their educational efforts to the students most in need.

Higher education needs to expand its educational efforts to ensure that all university graduates understand scientific consensus about climate change and are actively engaged as part of the solution in their public and private roles.

This paper contributes to the literature by providing a broad portrayal of college student knowledge and engagement with climate change issues, at least for students on one campus. The study is the first to observe noteworthy differences in climate change understanding and concern between college women and men and across academic majors. It is the only study that asks college students how they would like to learn about global warming.

This study identified the attitudes and behaviors of college students regarding their advocacy for climate change adaptation and mitigation. Specifically, perceptions of climate change were assessed and advocacy activities were identified for climate change and/or other topics.

Using convenience sampling, students (n = 440) from three universities in the Midwest, the USA, completed surveys assessing their level of agreement with activities related to civic engagement, climate change and policy. Semantic differential scales focused on “learning about climate change,” “advocating for climate change mitigation” and “advocating for climate change adaptation.” Three open-ended questions were used to identify student experiences with civic engagement and/or service-learning, as well as topics in which they advocate and how they advocate.

Regarding advocacy in general, over 50% of the sample did not advocate for any topic, with 24.5% of students stating they advocated for the environment/climate change. Students who identified as female, democratic and 1st or 2nd year in school were more likely to be engaged with environmental advocacy. Regarding civic engagement, seniors were more actively engaged with their communities and also more likely to vote in local, state and national elections.

Time of data collection was a potential limitation with schools conducting data collection at different time periods. Students who identified more progressive politically were also more likely to participate in the study.

While research exists regarding student civic engagement levels, this research project identified ways in which students engaged in advocacy, identifying potential links with civic engagement and enhanced participation in climate change adaptation and mitigation strategies.