Environmental literacy is not encouraged by discipline-based education. Discipline-based education is damaging not only because it breaks the link between experience and theory but also because it encourages learners to believe that complex practical problems can be solved using the resources of just one or two specialist disciplines or frameworks of thought. It is argued that discipline-based education has been extremely successful, and its very success is a factor which explains some of our poor thinking about environmental (...) problems. These problems are highly complex, and it is important for learners to discover the limitations of particular frameworks of thought and disciplinary approaches. This is particularly important in the case of economics. An education which emphasises the limitations of specialist approaches to complex problems can also be used to help overcome the depersonalising effect of bureaucracies. (shrink)

Using a pretest-posttest quasi-experimental control group design, a learning environment study was conducted to evaluate the environmental literacy of postsecondary, nonscience majors. Data were collected from 183 students taking an introductory environmental science class—a 41-question Environmental Literacy Instrument (ELI) prompted students for responses across four subscales of environmental literacy: Knowledge, Beliefs, Opinions, and Self-Perceptions. Differences between presurvey and postsurvey scores were compared to determine whether a constructivist-based or traditional learning environment improved students' (...) class='Hi'>environmental literacy more. Results showed that the constructivist-based curriculum was not a significant factor of influence, suggesting that regardless of which learning environment they were exposed to, participants experienced similar improvements to their environmental literacy across a 16-week semester. Given that the findings were contrary to expectations, and counterindicated by several other learning environment studies as well, a broader investigation as to why the two learning environments produced similar results is warranted. (shrink)

I explore the concept of literacy and the role it might play in environmental ethics. One of the goals of environmental ethics is to describe and contribute to the creation of an ecologically responsible culture. The creation of such a culture requires the development of knowledge and abilities that will help sustain such a culture. Since education is one of the key institutions for instilling values and world views, it is important for environmental philosophers to think (...) about the institutionalization of environmental theories in terms of their implications for the environmentally literate person. I argue that attention to literacy is significant for two reasons. First, it provides one way of evaluating the differences between competing environmental philosophies. Second, it raises the important question of what kind of person is required to carry out a particular vision of environmental responsibility. By addressing the issue of education and literacy, philosophers interested in environmental ethics can help create a vision of citizens who have democratically internalized and integrated environmental values and priorities rather than having them imposed from above. (shrink)

The responses of a convenience sample of 83 secondary preservice and preeducation students in three university classes were compared to each other and to a national sample of 1,492 adults on a national poll of science knowledge. The results of the data analyses using simple ANOVA and two-tailed t tests indicated that preservice secondary science teachers in a secondary science methods class are significantly more science literate than preeducation majors and the na tional sample. They were not significantly more science (...) literate than preservice and in-service science teachers in an environmental science methods class. Chemistry majors were significantly more science lit erate than other science and health majors. Additional comparisons between males and females, graduates and undergraduates, and older and younger (younger than 28) students indicated males, graduates, and older students are significantly more science literate than females, undergraduates, and younger students. (shrink)

This paper recognises the many contributions to work on environmental values while arguing that some reconsideration of elicitation practices is warranted. It argues that speaking and thinking about certain environmental values, particularly ethical expressions, are ill-matched with the affectively neutral, direct question-answer formats standard to willingness-to-pay and survey methods. Several indirect, narrated, and affectively resonant elicitation tasks were used to provide study participants with new opportunities to express their values. Coded results demonstrate that morally resonant, image- based, and (...) narrative-style elicitation tasks help respondents articulate a broader range of noncost and nonutilitarian environmental values. However, it was found that elicitations of this kind are most useful when presented in a affectively subtle and noncontroversial form. Several suggestions for synthesising these methods with more structured forms are offered. (shrink)

This book explores the ethical dimensions surrounding the development of education for sustainable development within schools, and examines these issues through the lens of ethical literacy. The book argues that teaching children to engage with nature is crucial if they are to develop a true understanding of sustainability and climate issues, and claims that sustainability education is much more successful when pupils are treated as moral agents rather than being passive subjects of testing and assessment. The collection brings together (...) a range of fresh and creative perspectives on how issues around ethical literacies can be elaborated and expanded with regard to democratic sustainability education. The use of children's books in teaching about sustainability is carefully explored, as are the ethical and aesthetic dimensions of environmental education. Including an afterword by Arjen Wals, Professor of Transformative Learning for Socio-Ecological Sustainability, the book will be of great interest to students and researchers in the field of sustainability education. (shrink)

Engagement in marine science has historically been the privilege of a small number of people with access to higher education, specialised equipment and research funding. Such constraints have often limited public engagement and may have slowed the uptake of ocean science into environmental policy. Recognition of this disconnect has spurred a growing movement to promote ocean literacy, defined as one’s individual understanding of how the ocean affects people and how people affect the ocean. Over the last 2 decades, (...) this concept has gained significant traction in marine biology and environmental education circles and now plays a prominent role in the UN’s Decade of Ocean Science for Sustainable Development. Here, we argue that the ocean literacy agenda has largely been shaped and discussed by marine scientists and educators but needs to be expanded to a much larger constituency to be more effective, accessible and inclusive. We discuss diverse cultural settings from around the world and provide examples of indigenous, spiritual, art, ocean user and other groups that are already deeply engaged with the ocean and could provide a variety of perspectives to enrich the ocean literacy concept beyond an understanding of marine science. We suggest that such inclusiveness could remove the historic barriers that have surrounded the field, transform our collective awareness of and relationship with the ocean and help support ongoing efforts to restore marine biodiversity. (shrink)

To achieve environmental sustainability, the role of human capital and financial inclusion has been debated in limited empirical studies. Employing a reliable ARDL model approach, this study examines the dynamic link between human capital and ICT, financial inclusion, and CO2 emissions using the China economy dataset over the period 1998–2020. The vivacious side of human capital shows that literacy rate and average year of schooling curb CO2 emissions in long run. The results of human capital are also based (...) on facts in magnitude as well as in direction. Also, empirics unfold that digital financial inclusion significantly increases CO2 emissions. Based on these novel findings, a wide set of economic policies are repaired for environmental quality. Environmental education should be considered at early levels of education. The authorities and policymakers should fix energy-related issues through education. The China government should stimulate the educational sector to conduct a clean and green revolution that acts as a mechanism for a green and clean economy. This study's finding is more effective than the previous unlike empirical studies for policy-making because of the advanced econometric method. (shrink)

After half a century, environmental aesthetics successfully expanded the scope of modern art-centred Western aesthetic discourse. I argue that further expansion is in order. First, we should explore the aesthetics of the constituents of the environment, namely artefacts, human activities and social relationships, which determine the quality of life and the state of the world. Second, we need to cultivate aesthetic literacy as well as a normative discourse to steer our aesthetic practice toward a better world-making. Finally, (...) class='Hi'>environmental aesthetics needs to be globalised to include rich aesthetic traditions of nature and environment from diverse cultures. (shrink)

Students today are habitual users of digital technology. However, they do not examine the nature of their relationship with technology. Even though we are all enduring severe environmental crises including the COVID-19 pandemic, our students do not appear to see the interrelated connections between the environmental crisis and themselves. A case in point is that they have difficulty drawing a connection between environmental crises and their participation in industrial civilization. This is why it is necessary to consider (...) technological literacy seriously for our environmental education. This study seeks to investigate an alternative way to set up the relation of technology for the current environmental education by comparing the views of Heidegger and Latour on technology. Even though the question of the two thinkers starts from the same critics of the instrumentality of technology, their strategies to overcome it are quite different. While Heidegger suggests a human-centered relationship between humans and technology, Latour criticizes the limitation of this approach and maintains that more symmetrical relations with technology are needed as a form of a network between human and nonhuman actors. In this paper, I argue for the urgency of cultivating a sense of connection for our students’ technological literacy in this environmental crisis. For that purpose, I insist Latour’s advice for teachers and researchers to be considered more seriously to encourage students to take symmetrical relationship with technology in these aggravating environmental crises. (shrink)

An international group of environmental philosophers and educators propose ways universities can produce and promote ecological literacy and environmental ethics.

This book shows the Emersonian arc in environmental ethics and nature writing extending into contemporary discussions of those topics. Dunston connects Emerson’s nature literacy and natural philosophy to contemporary forms of eco-feminism, living systems theory, Native American science, Asian philosophy, and environmental activism.

Agrarian political philosophies since ancient Greece stress the role of agriculture in forming political solidarity and civic virtue. More recent transformations suggest a way to conjoin these elements of what makes a polity politically sustainable with environmental sensitivity and literacy.

It's Still Debatable! encourages scientific literacy by showing you how to teach the content and thinking skills K- 5 students need to explore real-world questions like these: - Is football too dangerous for kids? - Do we need zoos? - Should distracted walking be illegal? At the core of the exploration is the Socioscientific Issues Framework. It uses debatable, science-related societal questions, or socioscientific issues, to address science content, help children learn to apply the content, and encourage them to (...) become informed citizens. The book supports the Next Generation Science Standards; links to the Common Core State Standards, National Curriculum Standards for Social Studies, and C3 Framework; and is developmentally appropriate for diverse elementary classrooms. It also includes a chapter especially for use in methods courses and professional development programs. The framework gives students practice in the research, analysis, and argumentation necessary to grapple with difficult questions with roots in life, physical, Earth, and environmental science. After introducing the framework and explaining how it supports the standards, the book shows you how to implement the concept through 14 lessons. Because the book is specifically for elementary grades, the author made it a teach-ready resource that integrates science into your packed school days. You get clear and accessible background information, practical guidance on how to use the lessons, and developmentally appropriate assessments and handouts. You even find out how to develop your own socioscientific issues curriculum. (shrink)

ABSTRACT This article seeks to “contaminate” an ethics of care with three different but interrelated theoretical interventions: the expansion of the care ethic beyond interpersonal relations, ecofeminism, and feminist political theory. This makes care theoretically resilient: durable enough to have grounded meaning but flexible enough for situational application. This also makes care a primary concept capable of subsuming some aspects of the traditional ethical theories of deontology, consequentialism, and virtue ethics. This holds vast implications for journalists as they seek new (...) ways to delineate and articulate their service to democracy in an ever-changing mediascape. Furthermore, this ethic of care engenders media literacy and enables an active public to critically question media content and influence. This theoretical explication is thus not an abstract exercise but intentionally focused to aid the difficult work of worldmaking. (shrink)

Research into the use of videogames in education is on the rise, and they are cementing their position as part of the modernized, digital classroom. Sustainability education has also become a subject of interest among environmentally minded game developers and understanding the educational impact of such games is rapidly becoming an important field. This study examined the educational potential of the digital simulated ecosystem known as Eco, in order to reveal how playing Eco might promote environmental literacy and (...) consciousness surrounding ecosystems. Qualitative data from 7 respondents were subjected to a thematic analysis, revealing two main themes that highlight both game-based learning outcomes as well as barriers against learning. The findings indicate that Eco is a viable tool for promoting environmental literacy about ecosystems, and suggestions for future implementation of Eco are provided. (shrink)

Climate change education (CCE) and environmental education (EE) seek ways for us humans to keep inhabiting Earth. We present a thought experiment adopting the perspective of Earth-settlers, aiming to illuminate the planetary mass of technology. By elaborating Hannah Arendt’s notion of ‘earth alienation’ and Bruno Latour’s notion of technology as ‘missing mass’, we suggest that, in the current Anthropocene era, our relation to technology should be a crucial theme of CCE and EE. We further suspect that sustainable development (SD) (...) and the education promoting it (ESD) are problematic, because the green growth proposed is inextricably linked to the unattainable goal of decoupling growth from environmental impact. We therefore suggest education for post-sustainability (EPS) that critically re-evaluates the connections between technology and sustainability. But can educators critically question technology, since educational institutions seem to be unconditionally committed to promoting technological progress? While tracing this professional dilemma, we call for educational responsibility and autonomy to question technology when it is at odds with sustainability. To this end, we outline technological literacy that introduces the arts of (a) seeing technology, (b) living with technology, and (c) delegating or sustainably assimilating technology. (shrink)

Abstract:Over the past two decades, citizen science has grown in popularity and complexity as a means to expand the scope and scale of scientific inquiry and enhance science and environmental literacy among participants. And yet, the relationships between the people and places in which citizen science occurs have largely been overlooked in projects aimed at assessing program outcomes and impacts. While most citizen science initiatives are experienced in specific sites, contexts, and relational networks, the influence of these programs (...) on people-place relationships and their material and symbolic encounters is often underappreciated. The aim of this study is to explore how citizen science experiences shape participant sense of place. Using a qualitative methodology to explore the Coastal Observation and Seabird Survey Team (COASST) citizen science program, findings stress the multidimensionality of place attachment and meaning. Results highlight how citizen science can serve to deepen place meaning and catalyze place attachment by providing context, directing focus, facilitating repetition, and inspiring purpose. (shrink)

Competence refers to the basic concepts of modern educational theory and practice of acquiring special importance in environmental education. Environmental education specificity is the accumulation of environmental science and pedagogy achievements that may become the basis of ecological competence formation as an integrated characteristics of an individual. Environmental competence refers to the general competence, but also includes a number of specific competencies aimed at solving specific and sometimes unusual tasks. Critical intellection is an essential characteristic of (...) environmental competence, and the formation of critical intellection combined with creativity is the basis of competence approach in education. Philosophy of Education by Paulo Freire is of a basis weight for understanding the essence of critical intellection in pedagogical theory and practice. "Banking "funded" model of education" concept by Paulo Freire demonstrates the disadvantages of prevailing oppressive, narrative, uncreative educational system and uncreative mechanical learning, which is opposed to the concept of modern education and critical understanding formation through the dialogue. The fundamental feature of the modern problematic oriented education has the following aspects: 1) it is based on the activities, but it is not based on the information transfer and assimilation; 2) the object of knowledge is a link between teacher and student. The teacher and student efforts are focused on the object of knowlege research that involves the dialogue in the educational process. There is an important thesis about better explaining and implement of ecological education and it points that problematic oriented method is charecterised by cognitive approach and critical intellection. It is also important for understanding and orientation in a particular situation, environmental protection and people's health and life saving. Information literacy as a complex of skills related to education and critical intellection is an important part of the ecological competence formation. From the time of national pedagogy, philosophical - educational ideas by the Brazilian educator P. Freire were widely developed and contributed the formation of new educational vision as a social partnership to overcome the disadvantages of the command, repressive, totalitarian, uncritical educational system. Instead of these there were critical educational concepts based on humanism, creation and various human experience. The concept of the modern problematic oriented education was aimed at the critical intellection formation and environmental competence. It covers not only the standard school educational system and it also involves educational sphere and public informing. (shrink)

This article will discuss Paulo Freire’s global influences on environmental pedagogies and argue that ecopedagogical reinventions are essential for ‘quality’ education, as touted in the United Nations Sustainable Development Goal (SDG) #4, for global, all-inclusive ‘development’ that is planetarily sustainable. The politics of how ‘development’ is taught or not taught to be critically read linguistically and dialogically will be problematized through Freire’s work, and reinventions of his work, on ecopedagogy. As Freire was a pedagogue of critical literacy, ecopedagogical (...) literacy widens ‘reading the word to read the world’ (all humans, human populations) to read Earth to read the world as part of Earth. Such reading is not anthropocentric. The article will first describe Freire’s influence on reinventing environmental pedagogies, including education for (un)sustainable development (ESD), with specific discussions on how language of ‘development’ and corresponding (un)sustainability is framed. These influences from Freire will then be discussed through his de/re/constructions of citizenship, utopia and education, and globalization. Throughout the article, I will argue the need for teaching ecopedagogical literacy with ecolinguistics is essential to better understand the politics of language and (non)hierarchical dialogue which influence how ‘development’ goals are constructed, including the SDGs. (shrink)

The global environmental crisis and resulting disasters today have threatened life in general, especially human life. According to Fritjof Capra, one feasible solution to this global environmental crisis is to build sustainable human communities based on what he calls ecological literacy. Ecological literacy itself stands for our ability to understand the principles of organization common to all living systems and is used as a guideline for creating sustainable human communities. Capra underlines the need to redesign our (...) communities, including our educational communities, business communities, political communities and all aspects of our daily life, so that the principles of ecology become principles of all our human communities. For Capra, the implementation of such a sustainable society is possible to achieve through the so-called eco-design, which is both scientifically and technically feasible. Nonetheless, the success of the major project to develop a sustainable eco-literate society does not simply depend on the individual awareness of eco-literacy. It also depends on the political will of the government to issue public policies—including legislation—to force all stakeholders to act in accordance with, and based on, ecoliteracy. Keywords: Ecological literacy, ecological principles, sustainable human community, eco-design, sautopoesis dissipative systems, natural capital. Abstrak: Krisis dan bencana lingkungan hidup global telah mengancam kehidupan pada umumnya, termasuk kehidupan manusia. Menurut Fritjof Capra, salah satu solusi untuk mengatasi krisis dan bencana lingkungan hidup global itu adalah dengan membangun masyarakat manusia yang berkelanjutan berdasarkan apa yang disebutnya sebagai melek ekologi, yaitu kemampuan kita untuk memahami prinsip-prinsip pengorganisasi yang berlaku pada semua sistem kehidupan dan menggunakannya sebagai pedoman dalam menciptakan masyarakat yang berkelanjutan. Capra sangat menekankan perlunya merancang ulang komunitas-komunitas kita, termasuk komunitas pendidikan, komunitas bisnis, komunitas politik, dan seluruh kehidupan kita sehari-hari, agar prinsip-prinsip ekologis tersebut diwujudkan sebagai prinsip dari komunitas-komunitas tersebut. Bagi Capra, implementasi dari masyarakat berkelanjutan seperti itu dapat dicapai melalui apa yang disebutnya sebagai rancang bangun ekologis (eco-design) yang secara ilmiah dan teknis sangat layak diterapkan. Hanya saja, keberhasilan proyek besar membangun masyarakat berkelanjutan berdasarkan melek ekologi ini tidak hanya bergantung pada kesadaran moral individu akan melek ekologi di atas. Keberhasilan proyek besar itu juga sangat bergantung pada kemauan politik pemerintah untuk mengeluarkan kebijakan publik—termasuk undang-undang—guna memaksa semua pemangku kepentingan untuk bertindak sesuai dengan dan berdasarkan kesadaran ekologis tadi. Kata-kata Kunci: Melek ekologi, prinsip-prinsip ekologi, masyarakat berkelanjutan, rancang bangun ekologis, sistem autopoesis disipatif, modal alam. (shrink)

In two different occasions in the twentieth century John Dewey and Maxine Greene stressed the point that educators should attend to ‘what the known demands of us’. Following this dictum, from a critical perspective and with a constructive pedagogical spirit, in this paper we portray a new paradigm for values education that addresses the major challenges to the sustainable futures of young people in the third decade of the twenty first century as well as proposing transformative and empowering educational strategies. (...) Employing the terminology of sustainability in its wider sense, we begin with a widely acknowledged diagnosis of the five major global risks – interconnected and interdependent – that endanger the sustainable future of humanity and nature: environmental, political, social, health, and cultural. We then move to suggest a constructive solution, proposing three conceptual pillars for repairing the world and laying foundation for a thriving sustainable future: (a) Ecohumanism as the paradigm for values education – merging the humanist concern for human dignity, social justice and democracy with the ecological concern for climate stability, biodiversity and environmental sustainability; (b) education of democratic personality and for democratic culture that is holistic and transformative; and (c) a threefold notion of activist pedagogy that addresses the element of cultivating personal agency, empowering political literacy and agency, and engaging students in experiential, holistic, and active teaching-learning experiences. (shrink)

The strength of democracy lies in its ability to self-correct, to solve problems and adapt to new challenges. However, increased volatility, resulting from multiple crises on multiple fronts – humanitarian, financial, and environmental – is testing this ability. By offering a new framework for democratic education, Teaching Democracy in an Age of Uncertainty begins a dialogue with education professionals towards the reconstruction of education and by extension our social, cultural and political institutions. -/- This book is the first monograph (...) on philosophy with children to focus on democratic education. The book examines the ways in which education can either perpetuate or disrupt harmful social and political practices and narratives at the classroom level. It is a rethinking of civics and citizenship education as place-responsive learning aimed at understanding and improving human-environment relations to not only face an uncertain world, but also to face the inevitable challenges of democratic disagreement beyond merely promoting pluralism, tolerance and agreement. -/- When viewed as a way of life democracy becomes both a goal and a teaching method for developing civic literacy to enable students to articulate and apprehend more than just the predominant political narrative, but to reshape it. This book will be of interest to scholars of philosophy, political science, education, democratic theory, civics and citizenship studies, and peace education research. (shrink)

Cognitive gadgets are distinctively human cognitive mechanisms – such as imitation, mind reading, and language – that have been shaped by cultural rather than genetic evolution. New gadgets emerge, not by genetic mutation, but by innovations in cognitive development; they are specialised cognitive mechanisms built by general cognitive mechanisms using information from the sociocultural environment. Innovations are passed on to subsequent generations, not by DNA replication, but through social learning: People with new cognitive mechanisms pass them on to others through (...) social interaction. Some of the new mechanisms, like literacy, have spread through human populations, while others have died out, because the holders had more students, not just more babies. The cognitive gadgets hypothesis is developed through four case studies, drawing on evidence from comparative and developmental psychology, experimental psychology, and cognitive neuroscience. The framework employed – cultural evolutionary psychology, a descendant of evolutionary psychology and cultural evolutionary theory – addresses parallel issues across the cognitive and behavioural sciences. In common with evolutionary developmental biology and the extended evolutionary synthesis, cultural evolutionary psychology underlines the importance of developmental processes and environmental factors in the emergence of human cognition. In common with computational approaches, it emphasises the power of general-purpose mechanisms of learning. Cultural evolutionary psychology, however, also challenges use of the behavioural gambit in economics and behavioural ecology, and rejects the view that human minds are composed of “innate modules” or “cognitive instincts.”. (shrink)

This comprehensive analysis dives deep into the intricate interplay between artificial intelligence (AI) and human agency, examining the remarkable capabilities and inherent limitations of large language models (LLMs) such as GPT-3 and ChatGPT. The paper traces the complex trajectory of AI's evolution, highlighting its operation based on statistical pattern recognition, devoid of self-consciousness or innate comprehension. As AI permeates multiple spheres of human life, it raises substantial ethical, legal, and societal concerns that demand immediate attention and deliberation. The metaphorical illustration (...) of humans as “shepherds” of AI, coupled with a thought-provoking examination of “agency without intelligence,” engenders deep reflections on the future of human-AI interplay and the associated philosophical, ethical, and practical ramifications. The paper further elucidates critical challenges associated with AI, such as ethical dilemmas, “agency without intelligence,” the role of human oversight, and the environmental impact of AI technologies. In the pursuit of solutions, the paper maps prospective directions, emphasizing the need for robust AI policies, improved AI literacy, sustainable AI practices, and a continued dialogue on the multifaceted issues surrounding AI. Through a holistic exploration of AI, this paper underlines the necessity for a multidisciplinary, collaborative approach to chart an ethical, beneficial, and sustainable AI future, enabling society to harness the potential of AI responsibly while mitigating the associated risks. (shrink)

Continuing advances in human ability to manipulate matter at the atomic and molecular levels (i.e. nanoscale science and engineering) offer many previously unimagined possibilities for scientific discovery and technological development. Paralleling these advances in the various science and engineering subdisciplines is the increasing realization that a number of associated social, ethical, environmental, economic and legal dimensions also need to be explored. An important component of such exploration entails the identification and analysis of the ways in which current and prospective (...) researchers in these fields conceptualize these dimensions of their work. Within the context of a National Science Foundation funded Research Experiences for Undergraduates (REU) program in nanomaterials processing and characterization at the University of Central Florida (2002–2004), here I present for discussion (i) details of a “nanotechnology ethics” seminar series developed specifically for students participating in the program, and (ii) an analysis of students’ and participating research faculty’s perspectives concerning social and ethical issues associated with nanotechnology research. I conclude with a brief discussion of implications presented by these issues for general scientific literacy and public science education policy. (shrink)

A radical approach to the environment which argues that by harnessing the power of science for human benefit, we can have a healthier planet As a prizewinning theoretical physicist and an outspoken advocate for scientific literacy, James Trefil has long been the public's guide to a better understanding of the world. In this provocative book, Trefil looks squarely at our environmental future and finds-contrary to popular wisdom-reason to celebrate. For too long, Trefil argues, humans have treated nature as (...) something separate from themselves-pristine wilderness to be saved or material resources to be exploited. What we need instead is a scientific approach to the environment that embraces the human transformation of nature for our benefit. In Human Nature , Trefil exposes the benefits of genetically modified species, uncovers vital facts about droughts and global warming, and points to examples of environmental management where catering to humans reaps greater rewards than sheltering other species. By taking advantage of explosive advances in the sciences, we can fruitfully manage the planet, if we rise to the challenge. Like Rachel Carson's Silent Spring and Paul Ehrlich's Population Bomb, Human Nature promises to fundamentally alter the way we perceive our relationship to the Earth-but with optimism rather than alarm. (shrink)

George Marcus’s methodology for multi-sited ethnography is widely discussed and applied in anthropology and the strategy of ‘following the conflict’ has been a fruitful approach to studying controversies and conflicts. Drawing on my shifting methodology in the initial stages of a digital ethnography project on vaccination-related online community forums, I explore ‘the war’ on vaccines using a broadened strategy that includes following agreements and silences within the controversy. By examining the debate in conjunction with medical anthropology research, I discuss how (...) both vaccine-cautious and vaccine-confident forum members challenge conventional debate divisions, such as scientific–unscientific, evidential–anecdotal and genetic–environmental, while still adhering to medico-scientific discourses as zones of agreement. Whereas an agreement-oriented methodology contributes to research on liminal zones and reconfigured forms of bio-citizenship and literacy, the strategy of ‘following silences’ highlights the limits to liminality in a debate underpinned by adultism that silences the views of young people. (shrink)

In this article, we argue that the scope of bioethical debate concerning justice in health should expand beyond the topic of access to health care and cover such issues as occupational hazards, safe housing, air pollution, water quality, food and drug safety, pest control, public health, childhood nutrition, disaster preparedness, literacy, and many other environmental factors that can cause differences in health. Since society does not have sufficient resources to address all of these environmental factors at one (...) time, it is important to set priorities for bioethical theorizing and policy formation. Two considerations should be used to set these priorities: (1) the impact of the environmental factor on health inequality, and (2) the practicality of addressing the factor. (shrink)

Dr. Jay Odenbaugh discusses psychological issues concerning American opinion on the topic of climate control, the relevance or irrelevance of scientific literacy to climate skepticism, and the role of affect and cognitive biases in environmental decision-making. He considers climate communication and how we might most effectively motivate pro-environmental behavior and beliefs. The discussion ends with a case study for persuading individuals on both sides of the political aisle for taking global climate change seriously.

This paper is situated at the intersection of ethics, pedagogy, and bias. Various challenges for pedagogy that are posed by explicit and implicit bias are discussed. Potential solutions to such challenges are then explored. These include practices such as enhanced thought experiments, interviews, research projects, in-depth role-playing, action projects, and appropriately morally deferential experiential service-learning. Moral imagination can be beneficially stretched through adopting differing moral lenses and engaging and encouraging multiple empathizing; art and literary narrative provide helpful tools to this (...) end. Also recommended is critical scrutiny focused on personal biases (including teacher bias) and developing curriculum focused on moral literacy. Such moves of necessity span from individual to public action given the environmental components of the operations of bias. Shaping ourselves through intentional environment construction and avoidance of undesirable environments is therefore identified as a valuable technique. Finally, the potential contribution of loving-kindness meditation is addressed. Although we may be unable at present to eradicate problematic forms of bias, there are multiple methods available to begin to ameliorate the harms associated with those forms of bias. (shrink)

Background eHealth was widely used during the COVID-19 pandemic. Much attention was given to the technical aspects of eHealth, such as infrastructure and cost, while the soft skill of compassion remained underexplored. The wide belief in compassionate care is more compatible with in-person interactions but difficult to deliver via e-platforms where personal and environmental clues were lacking urges studying this topic. Purpose to explore the experience of delivering compassionate care via an eHealth platform among healthcare professionals working to contain (...) the COVID-19 pandemic. Methods A qualitative study design with an interpretative phenomenological analysis approach was used. Twenty healthcare professionals (fifteen nurses and five physicians) who provided care using technology platforms, such as telephone hotlines, mobile apps, and social media, were interviewed individually. Ethical considerations Permission to conduct the study was obtained from the Institutional Review Board. Results Participants stated that “eHealth enabled compassionate care during the pandemic” by ensuring patient care availability and accessibility. They shared experiences of “communicating compassionate care via eHealth” with suggestions of addressing patients’ needs with empathy, adopting a structured protocol to guide eHealth communication, and using more advanced visual-media methods to promote human-to-human interaction. They recommended “setting realistic mutual expectations” considering the limitations of eHealth in handling complex health situations and staffing shortages. Participants considered “low eHealth literacy hinders compassion.” Additionally, they recommended the need for “institutional/system-level support to foster compassionate care.” Conclusion Participants recognized the importance of integrating compassion into eHealth services. Promotion of compassionate care requires standardization of eHealth services with institutional and system-level support. This also includes preparing adequate staffing who can communicate compassionate care via eHealth, set realistic expectation, and adjust communication to eHealth literacy level while meeting the needs of their patients. (shrink)

This article reports the effects of a science, technology, and society (STS) teaching approach on the knowledge and attitudes of preservice science and mathematics teachers in Uganda toward global science and technology-based problems and/or threats. The responses of a baseline or control group (N = 50) and an experimental group (N = 50) to five questions on the preassessment indicated how little knowledge these preservice teachers had regarding these issues; however, the responses of the experimental group on the postassessment also (...) showed how quickly a short treatment using an STS teaching approach could improve their knowledge. These results also inform planning for science education in Uganda to achieve science literacy in general, and particularly the understanding of environmental science problems and/or threats facing Ugandan citizens. (shrink)

In her article, Barbara M. Staff ord argues for the conception of literacy that would encompass visual skills besides the traditional emphasis on verbal competence. Image itself is important, not merely the information it may convey. Moreover, a more extens ive notion of education is necessitated by the process of radical perceptual and conceptual changes that have been occurring since the Enlightenment and are all-pervasive in Postmodernism. The new-found power and ubiquity of images needs to be recogn ized in (...) order to surpass the limitative, yet enduring Platonic distrust in visual culture. Medical, environmental, physical, legal, and other practices have nonetheless profoundly benefited from the technologies of visualization. Examples from the 18th century visual endeavors such as preserving fragmented cultures, exhibit ion of diversity, and the externalization of somatic experience show, how images challenge the restrictions of human compreh ension. With the advent of visual and electronically generated culture, the time is ripe to edify images from their low status. Visual cognition as the crucial element of knowledge should be reflected in a hybrid art-science, public policy, as well as pedagogy. (shrink)

At a time when agri-food biotechnologies are receiving a surge of investment, innovation, and public interest in the United States, it is common to hear both supporters and critics call for open and inclusive dialogue on the topic. Social scientists have a potentially important role to play in these discursive engagements, but the legacy of the intractable genetically modified (GM) food debate calls for some reflection regarding the best ways to shape the norms of that conversation. This commentary argues that (...) agri-food scholars interested in promoting a more constructive agri-food biotechnology discussion could do so by blending key insights, as well as guarding against key shortcomings, from the fields of science communication and science and technology studies (STS). Science communication’s collaborative and translational approach to the public understanding of science has proven pragmatically valuable to scientists in academia, government, and private industry, but it has too often remained wedded to deficit model approaches and struggled to explore deeper questions of public values and corporate power. STS’s critical approach has highlighted the need for multi-stakeholder power-sharing and the integration of diverse knowledge systems into public engagement, but it has done little to grapple with the prevalence of misinformation in movements against GM foods and other agri-food biotechnologies. Ultimately, a better agri-food biotechnology conversation will require a strong foundation in scientific literacy as well as conceptual grounding in the social studies of science. The paper concludes by describing how, with attention to the structure, content, and style of public engagement in the agri-food biotechnology debates, social scientists can play a productive conversational role across a variety of academic, institutional, community-level, and mediated contexts. (shrink)

This book is a guide for understanding climate change. The guide takes an interdisciplinary approach because climate change is simultaneously a matter of science, engineering, economics, politics, culture, ethics, and more. The guide thus follows the contours of climate change as it appears in the world—as a tangle of problems. It builds climate literacy as a form of problem-posing by offering a set of tools for understanding how problems get framed, debated, and resolved. Through developing climate literacy, students (...) gain the ability to think critically about how facts are constructed and mobilized in the pursuit of values. Part One (Big Picture and Fundamentals) provides basic definitions and broad orientation by situating climate change within larger contexts like the Anthropocene, international climate diplomacy, sustainable development, and “green growth.” Part Two (Climate Sciences) offers tools for understanding climate science, its historical development, and its place in society by asking: who knows, what do we know, and how do we know it? Part Three (Politics, Ethics, and Policy) shows how to analyze debates about climate change policies from mitigation to rewilding. (shrink)

Actualmente son necesarias propuestas educativas que promuevan la sostenibilidad mediante activismo digital. El objetivo de este estudio fue evaluar la movilización de competencias digitales docentes a través de la creación de storytellings sobre la Fast Fashion. Su análisis mostró cómo estas experiencias pueden propiciar el desarrollo de capacidades de comunicación y colaboración, como son la participación para la creación de contenidos, la participación ciudadana en línea o la capacidad para compartir contenidos. Los vídeos creados relacionan las acciones cotidianas con las (...) consecuencias socioambientales y llaman a la transición hacia formas de consumo conscientes, mostrando su potencial creativo e inspirador. (shrink)

Ethical reasoning of all types is anthropocentric, in that it is addressed to agents, but anthropocentric starting points vary in the preference they accord the human species. Realist claims about environmental values, utilitarian reasoning and rights-based reasoning all have difficulties in according ethical concern to certain all aspects of natural world. Obligation-based reasoning can provide quite strong if incomplete reasons to protect the natural world, including individual non-human animals. Although it cannot establish all the conclusions to which anti-speciesists aspire, (...) it may establish many of them with some clarity. (shrink)

Africa is the most vulnerable region of the world due to anthropogenic climate change challenges on account of dependence on nature for the sustenance of agriculture as her main source of income, high level of poverty, and low level of literacy. Climate change adaptation involves strategies of adjusting to the negative effects of climate change, while climate change mitigation involves techniques that help to reduce production of greenhouse gases through burning fossil fuels. The African worldview from the frontier of (...) Nigerian epistemological and ontological perspectives as it finds expression in climate change adaptation and mitigation is built on the foundations of its relationship with nature, traditional religion and belief systems, agricultural practices, and some other day-to-day practices. Worldview analysis of the contemporary Nigerian has been conducted and classified into Original African, Westernized African, and Little Here-and-There African, a paradigm existing in Nigerians irrespective of level of Western education. What will be the fate of the younger Nigerian climate scientist in a globalized and technologically competitive world? This question gives rise to further discussion on the principles and application of the theory of Culturo-Techno-Contextual Approach as postulated by Peter A. Okebukola and applied to creating an environment for meaningful learning on climate change adaptation and mitigation for the future generations of Nigerians. (shrink)