The central role of education in responding to climate change is noted by stakeholders of all kinds. Yet for education to act as a vehicle of change it must become more holistic, inclusive, critically reflexive, and transformative. Most critically, it must transcend the grip of Western hegemonic reasoning—of modern colonial habits of seeing, perceiving, relating, and structuring—as the only legitimate means of making sense of life and the earth we inhabit together. Because drivers of climate change involve multidimensional, intersecting anthropogenic processes that are at once global and local in scope and are often intimately personal in ways difficult to discern directly, educating to sustain the future will require competencies that exist beyond science and technological innovation. In Soft Science Sustainability, Ragnhild Utheim uses social cartography to explore the metacognitive, psychosocial, intercultural, collaborative, and interactive systems dimensions of what it means to sustain our common future together. The 3C cartography examines the less tangible human behaviors, thoughts and emotions, worldviews, interdependencies, complexities, and dynamic adaptability that factor into climate change and its threats to human and other-than-human life on earth.

This book comprehensively covers the topic of sustainability in the clothing and fashion sector. Sustainability is applied under different industrial sectors and there has to be a distinction in every industrial sector when it comes to sustainability in its application. Though the definition is common for sustainability, sustainability in the clothing sector has its unique objectives, principles, and limitations, which this book highlights.

Faith, Hope, and Sustainability explores the experiences of fifteen faith communities striving to care for the earth and live more sustainably. A church in Maine partners with fishermen to create the first community-supported fishery so they can make a living without overfishing. A Jewish congregation in Illinois raises extra funds to construct a green synagogue that expresses their religious mission to heal the world. Benedictine sisters in Wisconsin adopt caring for the earth as part of their mission and begin restoring one hundred acres of prairie, reviving their community in the process. Presbyterians in Virginia, dismayed by air pollution in Shenandoah National Park, take courage from their conviction that "God does not call us to do little things" and advocate for improved national air pollution policies. Stories such as these highlight the variety of environmental actions that people of faith are enacting through congregational venues. Beyond simply narrating inspiring stories, however, this book compares these case studies to explore in detail the processes through which the communities took action. In addition to examining why faith communities engage in earth care, Cybelle T. Shattuck explores how they put intention into action and how the congregational context affects what they do. She introduces an analytical framework focusing on four domains of activity—champions, faith leaders, congregations, and organizations—to explicate the full range of factors that influence how initiatives develop and whether sustainability becomes embedded in these religious organizations. Both the framework and the information on process presented in this book will be highly useful to scholars and to people of faith interested in implementing an earth-care ethic through sustainability programs.

This book is a printed edition of the Special Issue "Teaching Methods in Science Subjects Promoting Sustainability" that was published in Education Sciences

Leading-edge organizations have discovered that fun can--and does--translate into bottom line success. By harnessing the power of fun, companies find they can better retain employees and customers, motivate teams, improve productivity, increase innovation, and create a sense of community. Leslie Yerkes details precisely how eleven successful companies--including Southwest Airlines, Pike Place Fish, Isle of Capri Casinos, EmployEase, and Prudential--have integrated fun into the normal course of business. This new edition provides updates on how these same companies have grown, prospered, and continued to thrive--in spite of national tragedies, natural disaster, growing competition, and changing economic conditions--in part because of the culture they have created through what Yerkes calls "The Fun/Work Fusion." Yerkes illustrates eleven principles--from capitalizing on the spontaneous to hiring good people and getting out of their way--that will inspire you to inject a sense of playfulness and joy into your workplace. Full of real-life examples, strategies, ideas, resources, tools, tips, and techniques, Fun Works will help any company in any industry become a place where people love to work.

This new book explores how the professions responsible for enhancing the built environment's sustainability seek to deliver this new agenda, offering multi-perspective case studies and discussion to argue for a rethinking of the role of urban development professional. Showing how sustainability is rapidly becoming the norm for practitioners, the authors consider new types of professional knowledge, relationships between planning systems and property development, links between public and private sector organisations, ideas about long term responsibilities and new working practices for engaging with the public.

As the climate and environment continue to fluctuate, researchers are urgently looking for new ways to preserve our limited resources and prevent further environmental degradation. The answer can be found through computer science, a field that is evolving at precisely the time it is needed most. Soft Computing Applications for Renewable Energy and Energy Efficiency brings together the latest technological research in computational intelligence and fuzzy logic as a way to care for our environment. This reference work highlights current advances and future trends in environmental sustainability using the principles of soft computing, making it an essential resource for students, researchers, engineers, and practitioners in the fields of project engineering and energy science.