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Theory groups are small research groups who develop a new scientific theory and work together to promote its acceptance by the scientific community. This book offers a pioneering analysis of theory groups by reconceptualizing them as socio-emotional collectives characterized by evocative group cultures and emergent small group processes that enable their members to conceptualize new theories and champion new intellectual movements that cut against the status quo in their fields. Utilising data from a fifteen-year, multi-sited ethnography of a theory group in sustainability science, it investigates the significance of faith, solidarity, fun, and flow episodes for developing transformative science. Chapters also explore the importance inter-generational group dynamics for advancing new theories, and of specific geographic locations such as remote islands for fostering creativity. This gripping first-hand account is an essential read for those wishing to understand the conditions that support transformative scientific creativity and the social dynamics of intellectual movements.
Climate change will increase the occurrence of floods in cities and open areas. As well as the widely documented social and economic impacts of floods, these events can also have a significant and long-lasting impact on water quality. This multidisciplinary edited volume provides a comprehensive overview of the impact of floods on water quality, with chapters written by experts on water chemistry, water management, flood risk management, and urban engineering and planning. It presents global case studies, ranging from Australia and Canada to India and China, and includes contributions by scholars from Asia, Latin America, and Europe. It evaluates precautionary measures, such as the need for early warning systems to predict pluvial flood events, and practical solutions involving urban drainage, in the context of the needs of different regions. This book will be of interest to researchers, policy makers and professionals working in water management, environmental engineering and urban flooding.
Humanity's impact on the planet is undeniable. Fairly and effectively addressing environmental problems begins with understanding their causes and impacts. Is overpopulation the main driver of environmental degradation? Poverty? Capitalism? Poor governance? Imperialism? Patriarchy? Clearly these are not technical questions, but political ones. Updated to cover new debates, data, and policy, and expanded to include chapters on colonialism, race and gender, and the impacts of energy and resource extraction, this book introduces students to diverse perspectives and helps them develop an informed understanding of why environmental problems occur. How the international community should act is deeply contested. Guiding students through the potential responses, including multilateral diplomacy, transnational voluntary action, innovative financial mechanisms, problem displacement, consumer-focused campaigns, and resistance, this book explains the different forms of political action, their limitations and injustices. Online resources include lecture slides, a test bank for instructors and updated weblinks to videos and suggested readings for students.
An Interdisciplinary Approach to the Theory and Practice of Wildlife Corridors charts some best practices and makes some new theoretical contributions related to the design and creation of wildlife corridors in Anthropocene times. The book not only provides much of the knowledge necessary for a general and credible understanding of connectivity projects, but also makes a unique theoretical contribution to current knowledge about wildlife corridors by arguing that theories about compassion, empathy, and traditional ecological knowledge should inform wildlife corridor projects.
Wildlife corridors, or connectivity projects, are necessary, because when land is set aside or used for human activities, habitats that were once contiguous become fragmented. If species are unable to move between these fragmented areas, they become at risk for inbreeding or extinction. Wildlife corridors attempt to remediate such fragmentation by restoring connectivity and creating expanses of habitat that can provide species with important bridges and points of connection between other habitats. Providing such linkages between habitats reduces these risks and helps maintain genetic diversity and a population's health.
The book argues for a holistic approach to wildlife corridors that attempts to account for a broad and varied range of stakeholder voices, including those of the vulnerable nonhuman species that underpin the need for corridor projects in the first place. This book should appeal to general audiences and practitioners alike.
The global illegal wildlife trade is estimated by Interpol to be worth $20 billion annually. A combination of poverty and rich-world demand is driving several thousand species towards extinction and the conservation sector has struggled to respond. Killing the Trade shows that with a shift in strategy, that dire situation can be turned on its head. By bringing together lessons from conservation successes and failures and incorporating insights from the commercial sector, the book sets out a workable holistic strategy to address the underlying causes of the illicit trade. Built around the guiding principle - if it pays it stays - the book provides policymakers, NGOs and other stakeholders with an action plan to help bring the multi-billion-dollar trade to an end.
Focusing on the physics of the catastrophe process and addressed directly to advanced students, this innovative textbook quantifies dozens of perils, both natural and man-made, and covers the latest developments in catastrophe modelling. Combining basic statistics, applied physics, natural and environmental sciences, civil engineering, and psychology, the text remains at an introductory level, focusing on fundamental concepts for a comprehensive understanding of catastrophe phenomenology and risk quantification. A broad spectrum of perils are covered, including geophysical, hydrological, meteorological, climatological, biological, extraterrestrial, technological and socio-economic, as well as events caused by domino effects and global warming. Following industry standards, the text provides the necessary tools to develop a CAT model from hazard to loss assessment. Online resources include a CAT risk model starter-kit and a CAT risk modelling 'sandbox' with Python Jupyter tutorial. Every process, described by equations, (pseudo)codes and illustrations, is fully reproducible, allowing students to solidify knowledge through practice.
This book examines contradictions within the fields of food studies and agroecology, from the differences between traditional and scientific knowledge, to habitat fragmentation and connection, monocultures versus diverse farming systems, pest regulation, and the rural/urban dialectic. Building and expanding on the work of Richard Levins and Richard Lewontin, who used the dialectical method in the field of biology, this analysis includes examples from the authors' own pioneering research in Mexico, Nicaragua, and Puerto Rico, to demonstrate the benefits of applying the dialectical method to agroecology in practice. Exploring themes in studies that are currently the subject of rigorous debate among academics and activists alike, especially related to food production and distribution, this book is indispensable for practitioners and activists seeking to transform the food system, as well as for social and natural scientists.
Water shapes the planet and all life upon it. Breaking down traditional disciplinary barriers, this accessible, holistic introduction to the role and importance of water in Earth's physical and biological environments assumes no prior knowledge. It provides the reader with a clear and coherent explanation of the unique properties of water and how these allow it to affect landscapes and underpin all life on Earth. Contemporary issues surrounding water quality – such as the rise of microplastics and climate change – are highlighted, ensuring readers understand current debates. Giving all of the necessary background and up-to-date references, and including numerous examples and illustrations to explain concepts, worked mathematical calculations, and extensive end-of-chapter questions, this is the ideal introductory textbook for students seeking to understand the inextricable links between water and the environment.
How do we combine the areas of intersection between science and indigenous knowledge, but without losing the totality of both? This book's objective is to consider how Indigenous populations have lived and managed the landscape. Specifically, how their footprint was a result of the combination of their empirical knowledge and their culture. The chapters are divided into four groups: The first deals with reintegrating cultures and natural landscapes and the role of kinship and oral tradition. The second group approaches the landscape as a living university of learning and managing, discussing the ethnobotany of how to grow more responsibly, and assess and project the harvest. The third group deals with the managing of fire in an anthropogenic plant community and how to integrate indigenous agriculture in hydrology and dry regions. The fourth group consists of studies of how science and indigenous knowledge can be taught in schools using land-based studies.
Many countries have plans to expand wind energy to meet CO2 emissions targets. Lack of available land area and the need for good and stable wind conditions have stimulated the development of offshore wind turbines, which allows for the development of larger turbines. The offshore environment, however, involves new challenges related to the design, installation, operation and maintenance of the turbines. Based on a graduate-level course taught by the author, this book focuses on the opportunities and challenges related to offshore wind turbines. It introduces the offshore environment, including wind and wave dynamics, before discussing the aerodynamics of wind turbines, hydrodynamic loading, marine operations, and wind farm layout. Featuring examples that demonstrate practical application of the topics covered and exercises to consolidate student understanding, this is an indispensable reference text for advanced students and researchers of environmental science and engineering and for industry professionals working in the wind energy sector.
Using case studies from Florida and the Caribbean region, this book summarizes the state of coral reef conservation today. The question this book answers is, what is the best way to protect the vulnerable coral reefs, with an ever-worsening climate crisis? The book's contribution is looking closely at people's avenues to participate in coral reef management, and how the public is increasingly making their voices heard in the management process.
The transition to renewable energy is vital and fast-paced, but how do we choose which technologies to drive this energy transition? This timely book provides everyone interested in the renewable energy transition with an introduction to and technical foundation for understanding modern energy technology. It traces everyday power generation through history, from the Industrial Revolution to today. It examines the use of wood, coal, oil, natural gas, hydro, and nuclear to produce energy, before discussing renewable energy sources such as biomass, photovoltaics, concentrated solar power, wind, wave, and geothermal. The book examines to what extent and how each technology can contribute to a clean, green infrastructure. The Truth About Energy explains the science and engineering of energy to help everyone understand and compare current and future advances in renewable energy, providing the context to critically examine the different technologies that are competing in a fast-evolving engineering, political, and economic landscape.
Richly illustrated in colour and packed with examples from every major continent and wetland type, this third edition has been completely rewritten to provide undergraduates with a thoroughly accessible introduction to the basic principles. It divides the world's wetlands into six principal types and presents six major causal environmental factors, arranged by importance and illustrated with clear examples, making it easy for instructors to plan tailored lectures and field trips and avoid overwhelming students with unnecessary detail. It retains its rigor for more advanced students with sections on research methods and experiments, and over a thousand classic and contemporary references. Each chapter ends with questions that review the content covered and encourage further investigation. With expanded sections on topical issues such as sea level rise, eutrophication, facilitation and the latest approaches to restoration and conservation, the new edition of this prize-winning textbook is a vital resource for wetland ecology courses.
Statistical and machine learning methods have many applications in the environmental sciences, including prediction and data analysis in meteorology, hydrology and oceanography; pattern recognition for satellite images from remote sensing; management of agriculture and forests; assessment of climate change; and much more. With rapid advances in machine learning in the last decade, this book provides an urgently needed, comprehensive guide to machine learning and statistics for students and researchers interested in environmental data science. It includes intuitive explanations covering the relevant background mathematics, with examples drawn from the environmental sciences. A broad range of topics is covered, including correlation, regression, classification, clustering, neural networks, random forests, boosting, kernel methods, evolutionary algorithms and deep learning, as well as the recent merging of machine learning and physics. End‑of‑chapter exercises allow readers to develop their problem-solving skills, and online datasets allow readers to practise analysis of real data.
This unique graduate textbook offers a compelling narrative of the growing field of environmental economics that integrates theory, policy, and empirical topics. Daniel J. Phaneuf and Till Requate present both traditional and emerging perspectives, incorporating cutting-edge research in a way that allows students to easily identify connections and common themes. Their comprehensive approach gives instructors the flexibility to cover a range of topics, including important issues - such as tax interaction, environmental liability rules, modern treatments of incomplete information, technology adoption and innovation, and international environmental problems - that are not discussed in other graduate-levels texts. Numerous data-based examples and end-of-chapter exercises show students how theoretical and applied research findings are complementary, and will enable them to develop skills and interests in all areas of the field. Additional data sets and exercises can be accessed online, providing ample opportunity for practice. For more information, visit the book's website at http://phaneuf-requate.com/.
Transformation of the Earth's social and ecological systems is occurring at a rate and magnitude unparalleled in human experience. Data science is a revolutionary new way to understand human-environment relationships at the heart of pressing challenges like climate change and sustainable development. However, data science faces serious shortcomings when it comes to human-environment research. There are challenges with social and environmental data, the methods that manipulate and analyze the information, and the theory underlying the data science itself; as well as significant legal, ethical and policy concerns. This timely book offers a comprehensive, balanced, and accessible account of the promise and problems of this work in terms of data, methods, theory, and policy. It demonstrates the need for data scientists to work with human-environment scholars to tackle pressing real-world problems, making it ideal for researchers and graduate students in Earth and environmental science, data science and the environmental social sciences.
Do you want to help save human civilisation? If so, this book is for you. How to Fix a Broken Planet describes the ten catastrophic risks that menace human civilisation and our planet, and what we can all do to overcome or mitigate them. It explains what must be done globally to avert each megathreat, and what each of us can do in our own lives to help preserve a habitable world. It offers the first truly integrated world plan-of-action for a more sustainable human society - and fresh hope. A must-read for anyone seeking sound practical advice on what citizens, governments, companies, and community groups can do to safeguard our future.
Oregon is known for its unique landscape that includes the high deserts of eastern Oregon through the former volcanoes of the Cascade Range, the breadth of the Willamette River Valley, Coast Range and finally the Pacific coast from Astoria to Brookings. Oregon has a long history of environmental planning. In 1899 the Oregon legislature declared 30 miles of Oregon beach as a public highway from the Columbia River to the south line of Clatsop County. In 1913, they declared the entire coast a public highway. Throughout the 20th century, the Oregon legislature and communities throughout Oregon have placed an emphasis on land use from the role of the timber, fishing and mining industries to the planning necessary for cities and towns. Artists Activating Sustainability: the Oregon Story considers the combination of landscape, people and social cultural ethos that were influential in development of specific literary, visual and performing arts groups across Oregon's diverse landscape. The manuscript examines the way in which the artists within specific communities, against the background of landscape and history, reveal concepts of sustainability that help us broaden our knowledge of what is needed to create a sustainable world.
Focusing on a critical aspect of the future clean energy system - renewable fuels - this book will be your complete guide on how these fuels are manufactured, the considerations associated with utilising them, and their real-world applications. Written by experts across the field, the book presents many professional perspectives, providing an in-depth understanding of this crucial topic. Clearly explained and organised into four key parts, this book explores the technical aspects written in an accessible way. First, it discusses the dominant energy conversion approaches and the impact that fuel properties have on system operability. Part II outlines the chemical carrier options available for these conversion devices, including gaseous, liquid, and solid fuels. In the third part, it describes the physics and chemistry of combustion, revealing the issues associated with utilizing these fuels. Finally, Part IV presents real-world case studies, demonstrating the successful pathways towards a net-zero carbon future.
This contemporary textbook and manual for aspiring or new environmental managers provides the theory and practical examples needed to understand current environmental issues and trends. Each chapter explains the specific skills and concepts needed for today's successful environmental manager, and provides skill development exercises that allow students to relate theory to practice in the profession. Readers will obtain an understanding not only of the field, but also of how professional accountability, evolving science, social equity, and politics affect their work. This foundational textbook provides the scaffolds to allow students to understand the environmental regulatory infrastructure, and how to create partnerships to solve environmental problems ethically and implement successful environmental programs.