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 offers a timely snapshot of soft computing methodologies and their applications to various problems related to sustainability, including electric energy consumption; fault diagnosis; vessel fuel consumption; determining the best sites for new malls; maritime port projects; and ad-hoc vehicular networks. Further, it demonstrates how metaheuristics and machine learning methods, fuzzy linear programming, neural networks, computing with words, linguistic models and other soft computing methods can be efficiently used to solve real-world problems. Intended as a practice-oriented guide for students, researchers, and professionals working at the interface between computer science, industrial engineering, naval engineering, agriculture, and sustainable development / climate change research, it provides readers with a set of intelligent solutions, helping them answer a range of emerging questions related to sustainability.

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.

The object of this book is to highlight how the nascent field of sustainability science is addressing a key challenges for scientists; that is, understanding the workings of complex systems especially when humans are involved. A consistent thread in the sustainability science movement is the wide acknowledgement that greater degrees of integration across what are now segmented dimensions of extant Science and Technology systems will be a key factor in matching the most appropriate science and technology solutions to specific sustainability problems in specific places.

This book uses the concept of sustainability in science to address problems afflicting the environment, and to devise measures for improving economies, societies, behaviors, and people. The book pursues a scientific approach, and uses scientific evidence as the basis for achieving sustainability. The key topics addressed include: unemployment, health and disease, unsustainable production, our common future, renewable energies, waste management, environmental ethics, and harmful anthropogenic activities. Whereas past literature has mainly examined sustainability as an environmental issue, this book expands the conversation into various sciences, including mathematics, biology, agriculture, computer science, engineering, and physics, and shows how sustainability could be achieved by uniting these fields. It offers a wealth of information across various disciplines, making it not only an intriguing read but also informative and insightful.

This book demonstrates how practical science can be applied to real-life conservation and development problems.

Unarguably, preserving the ecosystem, securing sustainability and understanding the dynamics of agro-food chains have all become vital policy objectives with several interlinked dimensions. The main objectives of this book are to draw the attention of researchers, policymakers and businesspeople to the relation between agro-food chains and the ecosystem, and to demonstrate the importance of building resilient agro-food chains that take into account climate change and environmental challenges. Agro-food chains as they function today can serve as powerful tools for promoting sustainable forms of agriculture, consumption and production that are embedded in a viable ecosystem. The book addresses a range of environmental, methodological and societal issues from a transaction perspective, while also providing extensive background information on the topic, and outlining future applications and research directions.