Dynamics Of Disaster

Disasters are the result of complex interactions between social and natural forces, acting at multiple scales from the individual and community to the organisational, national and international level. Effective disaster planning, response and recovery require an understanding of these interacting forces, and the role of power, knowledge and organizations. This book sheds new light on these dynamics, and gives disaster scholars and practitioners new and valuable lessons for management and planning in practice. The authors draw on methods across the social sciences to examine disaster response and recovery as viewed by those in positions of authority and the 'recipients' of operations. These first two sections examine cases from Hurricane Katrina, while the third part compares this to other international disasters to draw out general lessons and practical applications for disaster planning in any context. The authors also offer guidance for shaping institutional structures to better meet the needs of communities and residents.

Contrary to popular belief, humans have almost no control over Mother Nature. Yet we persist in building centers of civilization in places of past disasters. When they are destroyed again, we rebuild in the same place, believing that our technology will do better next time. But we rarely win these battles with the earth. Susan W. Kieffer has two goals for her unique book. The first is to show how the dynamics—the workings—of disasters are connected by a small number of natural laws. The second is to show how the greatest damage and loss of life are caused by unrecognized aspects of these events. For example, the heartwrenching destruction in Haiti was caused when an earthquake transformed the solid ground into something like quicksand. Only by deeply understanding the dynamics of natural disasters can we begin to institute engineering and policy practices to minimize their impact on our lives.

"Natural disasters bedevil our planet, and each appears to be a unique event. Leading geologist Susan W. Kieffer shows how all disasters are connected. Humans persist in building centers of civilization in places of past disasters. We believe that our technology will protect us next time. Yet we rarely win these battles with the earth because we don't understand natural disasters deeply enough. Susan W. Kieffer has two goals for her unique book. The first is to show how the dynamics--the workings--of disasters are connected by a small number of natural laws. The second is to show that the most obvious process in a disaster is not always the one that causes the devastation. For instance, the transformation of apparently solid ground into a substance like quicksand during the 2010 Haiti earthquake is what caused the destruction of Port au Prince. Kieffer argues that only by truly understanding the dynamics of natural disasters can we begin to institute engineering and policy practices to minimize their impact on our lives"--Provided by publisher.

Based on the “Fourth International Conference on Dynamics of Disasters” (Kalamata, Greece, July 2019), this volume includes contributions from experts who share their latest discoveries on natural and unnatural disasters. Authors provide overviews of the tactical points involved in disaster relief, outlines of hurdles from mitigation and preparedness to response and recovery, and uses for mathematical models to describe natural and man-made disasters. Topics covered include economics, optimization, machine learning, government, management, business, humanities, engineering, medicine, mathematics, computer science, behavioral studies, emergency services, and environmental studies will engage readers from a wide variety of fields and backgrounds.

This book surveys new algorithmic approaches and applications to natural and man-made disasters such as oil spills, hurricanes, earthquakes and wildfires. Based on the “Third International Conference on Dynamics of Disasters” held in Kalamata, Greece, July 2017, this Work includes contributions in evacuation logistics, disaster communications between first responders, disaster relief, and a case study on humanitarian logistics. Multi-disciplinary theories, tools, techniques and methodologies are linked with disasters from mitigation and preparedness to response and recovery. The interdisciplinary approach to problems in economics, optimization, government, management, business, humanities, engineering, medicine, mathematics, computer science, behavioral studies, emergency services, and environmental studies will engage readers from a wide variety of fields and backgrounds.

Disaster vulnerability is rapidly increasing on a global scale, particularly for those populations which are the historical clients of the social work profession. These populations include the very young and very old, the poor, ethnic and racial minorities, and those with physical or mental disabilities. Social workers are increasingly providing services in disasters during response and recovery periods, and are using community interventions to reduce disaster vulnerability. There is a need for a cogent theory of vulnerability and research that addresses improved community disaster practice and community resilience. Community Disaster Vulnerability and Resilience provides a unifying theoretical framework backed by research which can be translated into knowledge for effective practice in disasters. ​

These chapters provide valuable and comprehensive information on a variety of hazards, including both scientific and social aspects of disasters. The work introduces the concept of large, medium and small scale hazards, and includes many useful case studies as well as working examples of theoretical concepts. As readers will acknowledge, today the distinction between natural and technological hazards is becoming blurred and a new concept of NATECH hazards is evolving. For permanent hazards (such as tides, wind waves, coastal erosion and climate change) routine predictions are made, whereas for evanescent hazards (including droughts, sea level rise, and coastal subsidence), monitoring of various parameters is the norm. Only for episodic hazards (for example hurricanes, winter storms, tsunamis, and river floods), early warning systems are used, with varying degrees of success. The book explores how, for certain episodic hazards like tornadoes, landslides, forest fires, snow avalanches, and volcanic eruptions, the early warning systems are still in various stages of development. Readers will gain knowledge of theoretical and practical concepts of risk evaluation which assist in better understanding of disaster dynamics, and readers will become better equipped in quantification of disaster risk and vulnerability. The author explains how risk reduction initiatives, taking into account stakeholders’ participation and perception, can provide a roadmap to building resilient communities and cities. This book will be useful not only to practitioners of disaster management but also to research scholars and graduate students. It is highly readable and will appeal more broadly too, to all those who are interested in the very latest thinking on, and expert analysis of, hazards and disasters.

Earthquakes are a huge global threat. In thirty-six countries, severe seismic risks threaten populations and their increasingly interdependent systems of transportation, communication, energy, and finance. In this important book, Louise Comfort provides an unprecedented examination of how twelve communities in nine countries responded to destructive earthquakes between 1999 and 2015. And many of the book’s lessons can also be applied to other large-scale risks. The Dynamics of Risk sets the global problem of seismic risk in the framework of complex adaptive systems to explore how the consequences of such events ripple across jurisdictions, communities, and organizations in complex societies, triggering unexpected alliances but also exposing social, economic, and legal gaps. The book assesses how the networks of organizations involved in response and recovery adapted and acted collectively after the twelve earthquakes it examines. It describes how advances in information technology enabled some communities to anticipate seismic risk better and to manage response and recovery operations more effectively, decreasing losses. Finally, the book shows why investing substantively in global information infrastructure would create shared awareness of seismic risk and make postdisaster relief more effective and less expensive. The result is a landmark study of how to improve the way we prepare for and respond to earthquakes and other disasters in our ever-more-complex world.