The seventh edition of Environmental Hazards provides a much expanded and fully up-to-date overview of all the extreme environmental events that threaten people and what they value in the 21st century globally. It integrates cutting-edge materials to provide an interdisciplinary approach to environmental hazards and their management, illustrating how natural and human systems interact to place communities of all sizes, and at all stages of economic development, at risk. Part One defines basic concepts of hazard, risk, vulnerability and disaster and explores the evolution of hazards theory. Part Two employs a consistent chapter structure to demonstrate how individual hazards occur, their impacts, and how the risks can be assessed and managed. This extensively revised edition includes: Fresh perspectives on the reliability of disaster data, disaster risk reduction, risk and disaster perception and communication, and new technologies available to assist with environmental hazard management The addition of several new environmental hazards including landslide and avalanches, cryospheric hazards, karst and subsidence hazards, and hazards of the Anthropocene More boxed sections with a focus on both generic issues and the lessons to be learned from a carefully selected range of up to date extreme events An annotated list of key resources, including further reading and relevant websites, for all chapters More colour diagrams and photographs, and more than 1,000 references to some of the most significant and recent published material. New exercises to assist teaching in the classroom, or self-learning This carefully structured and balanced textbook captures the complexity and dynamism of environmental hazards and is essential reading for students across many disciplines including Geography, Environmental Science, Environmental Studies and Natural Resources.

Analyzing the collective experiences of staff from a variety of departments within organizations of higher and further education, this study demonstrates how flexible learning strategies have been adopted to face new challenges.

Analyzing the collective experiences of staff from a variety of departments within organizations of higher and further education, this study demonstrates how flexible learning strategies have been adopted to face new challenges.

Nitrous oxide, N2O, is the third most important (in global warming terms) of the greenhouse gases, after carbon dioxide and methane. As this book describes, although it only comprises 320 parts per billion of the earth's atmosphere, it has a so-called Global Warming Potential nearly 300 times greater than that of carbon dioxide. N2O emissions are difficult to estimate, because they are predominantly biogenic in origin. The N2O is formed in soils and oceans throughout the world, by the microbial processes of nitrification and denitrification, that utilise the reactive N compounds ammonium and nitrate, respectively. These forms of nitrogen are released during the natural biogeochemical nitrogen cycle, but are also released by human activity. In fact, the quantity of these compounds entering the biosphere has virtually doubled since the beginning of the industrial age, and this increase has been matched by a corresponding increase in N2O emissions. The largest source is now agriculture, driven mainly by the use of synthetic nitrogen fertilisers. The other major diffuse source derives from release of NOx into the atmosphere from fossil fuel combustion and biomass burning, as well as ammonia from livestock manure. Some N2O also comes directly from combustion, and from two processes in the chemical industry: the production of nitric acid, and the production of adipic acid, used in nylon manufacture. Action is being taken to curb the industrial point-source emissions of N2O, but measures to limit or reduce agricultural emissions are inherently more difficult to devise. As we enter an era in which measures are being explored to reduce fossil fuel use and/or capture or sequester the CO2 emissions from the fuel, it is likely that the relative importance of N2O in the 'Kyoto basket' of greenhouse gases will increase, because comparable mitigation measures for N2O are inherently more difficult, and because expansion of the land area devoted to crops, to feed the increasing global population and to accommodate the current development of biofuels, is likely to lead to an increase in N fertiliser use, and thus N2O emission, worldwide. The aim of this book is to provide a synthesis of scientific information on the primary sources and sinks of nitrous oxide and an assessment of likely trends in atmospheric concentrations over the next century and the potential for mitigation measures.

Nitrous oxide, N2O, is the third most important (in global warming terms) of the greenhouse gases, after carbon dioxide and methane. As this book describes, although it only comprises 320 parts per billion of the earth's atmosphere, it has a so-called Global Warming Potential nearly 300 times greater than that of carbon dioxide. N2O emissions are difficult to estimate, because they are predominantly biogenic in origin. The N2O is formed in soils and oceans throughout the world, by the microbial processes of nitrification and denitrification, that utilise the reactive N compounds ammonium and nitrate, respectively. These forms of nitrogen are released during the natural biogeochemical nitrogen cycle, but are also released by human activity. In fact, the quantity of these compounds entering the biosphere has virtually doubled since the beginning of the industrial age, and this increase has been matched by a corresponding increase in N2O emissions. The largest source is now agriculture, driven mainly by the use of synthetic nitrogen fertilisers. The other major diffuse source derives from release of NOx into the atmosphere from fossil fuel combustion and biomass burning, as well as ammonia from livestock manure. Some N2O also comes directly from combustion, and from two processes in the chemical industry: the production of nitric acid, and the production of adipic acid, used in nylon manufacture. Action is being taken to curb the industrial point-source emissions of N2O, but measures to limit or reduce agricultural emissions are inherently more difficult to devise. As we enter an era in which measures are being explored to reduce fossil fuel use and/or capture or sequester the CO2 emissions from the fuel, it is likely that the relative importance of N2O in the 'Kyoto basket' of greenhouse gases will increase, because comparable mitigation measures for N2O are inherently more difficult, and because expansion of the land area devoted to crops, to feed the increasing global population and to accommodate the current development of biofuels, is likely to lead to an increase in N fertiliser use, and thus N2O emission, worldwide. The aim of this book is to provide a synthesis of scientific information on the primary sources and sinks of nitrous oxide and an assessment of likely trends in atmospheric concentrations over the next century and the potential for mitigation measures.

The seventh edition of Environmental Hazards provides a much expanded and fully up-to-date overview of all the extreme environmental events that threaten people and what they value in the 21st century globally. It integrates cutting-edge materials to provide an interdisciplinary approach to environmental hazards and their management, illustrating how natural and human systems interact to place communities of all sizes, and at all stages of economic development, at risk. Part One defines basic concepts of hazard, risk, vulnerability and disaster and explores the evolution of hazards theory. Part Two employs a consistent chapter structure to demonstrate how individual hazards occur, their impacts, and how the risks can be assessed and managed. This extensively revised edition includes: Fresh perspectives on the reliability of disaster data, disaster risk reduction, risk and disaster perception and communication, and new technologies available to assist with environmental hazard management The addition of several new environmental hazards including landslide and avalanches, cryospheric hazards, karst and subsidence hazards, and hazards of the Anthropocene More boxed sections with a focus on both generic issues and the lessons to be learned from a carefully selected range of up to date extreme events An annotated list of key resources, including further reading and relevant websites, for all chapters More colour diagrams and photographs, and more than 1,000 references to some of the most significant and recent published material. New exercises to assist teaching in the classroom, or self-learning This carefully structured and balanced textbook captures the complexity and dynamism of environmental hazards and is essential reading for students across many disciplines including Geography, Environmental Science, Environmental Studies and Natural Resources.

The papers in this volume were prepared after a preliminary symposium held at The University of Michigan in honor of Clyde Coombs. Following the symposium, each paper was extensively revised and in many instances completely rewritten to provide a timely and provocative survey of current works in mathematical psychology in the style of Clyde Coombs. All of the authors were students or colleagues who were closely influenced by Coombs and our intention was not to cover all approaches to the field, but rather to illustrate the continuing influence of Coombs's work and approach to the application of mathematics to basic psychological phenomena. If we are successful, it is because of his influence on the contributors. v Acknowledgements The preparation of this volume in memory of Clyde Coombs owes much to the many friends, students, and colleagues of Clyde Coombs who generously provided their support and encouragement. Funding was provided by Dean John D'Arms of the Horace H.

Talking Back to the Indian Act is a comprehensive "how-to" guide for engaging with primary source documents. The intent of the book is to encourage readers to develop the skills necessary to converse with primary sources in more refined and profound ways. As a piece of legislation that is central to Canada's relationship with Indigenous peoples and communities, and one that has undergone many amendments, the Indian Act is uniquely positioned to act as a vehicle for this kind of focused reading. Through an analysis of thirty-five sources pertaining to the Indian Act-addressing governance, gender, enfranchisement, and land-the authors provide readers with a much better understanding of this pivotal piece of legislation, as well as insight into the dynamics involved in its creation and maintenance.

Including Connah's Quay and Chester Northgate.