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.
|Series:||Advances in Natural and Technological Hazards Research , #49|
|Edition description:||1st ed. 2018|
|Product dimensions:||6.10(w) x 9.25(h) x (d)|
About the Author
Dr. Nirupama Agrawal is an Associate Professor of Disaster & Emergency Management Program at York University, Canada. She has a PhD in Water Resources Engineering from Kyoto University, Japan. She specializes in disaster risk management, natural hazards multi-criteria decision support systems, and application of GIS and remote sensing techniques to disaster management. Prior to this book, she has contributed to a co-edited book, ‘Indian Ocean Tsunami’ by Taylor & Francis; a co-authored book, ‘Tsunami Travel Time Atlas for the Atlantic Ocean’ by York University; and a Special Issue on Sociological Aspects of Natural Hazards by Springer. She contributed to numerous book chapters and refereed publications in various journals and refereed proceedings. In addition to supervising and advising graduate students, Dr. Agrawal has been an active community member working with organizations such as the Council of Agencies Serving South Asians and the South Asian Women Centre. She is a staunch believer in people’s participation in resilience and capacity building. She has worked with UK based Academic Network for Disaster Resilience to Optimise Educational Development (ANDROID) and International Institute for Infrastructure Renewal and Reconstruction (IIIRR), Canada.
Table of ContentsIntroduction to NATECH hazards.- Permanent Hazards.- Evanescent Hazards.- Episodic Hazards – large scale.- Episodic Hazards – small scale.- NATECH Hazards.- Mitigation through early warning – Developed Systems.- Mitigation through early warning – Developing Systems.- Disaster risk management.- Disaster Risk Models.- Risk and vulnerability assessment.- Resilient communities to reduce disaster risk.