This book advances a three-step program for mitigation of natural and anthropogenic hazards, addressing mitigation economics and funding possibilities to meet the needs of at risk countries that lack the financial resources to invest in disaster reduction programs. Within the context of mitigation, this book covers prediction-prevention-preparedness for global warming/climate change as existing and progressive processes that create or abet slow developing or rapidly occurring hazards that endanger society such as sea level rise, extreme weather events, threats to food/water security, and the spread of infectious diseases.

Uniquely evaluates the status of prediction possibilities, the potential of preventing or minimizing the damage done by disasters, and what can be done to prepare for disasters before they impact and in the post-impact time Stresses the importance of planning for triggered events that may follow natural or human generated hazards and how hazard impacts are affected by population growth and density Addresses mitigation economics and funding possibilities Includes supplementary material: sn.pub/extras

Autorentext

Frederic R. Siegel is Professor Emeritus at The George Washington University. His books Applied Geochemistry (1974), Geoquimica Aplicada (1991), Natural and Anthropogenic Hazards in Development Planning (1996), Environmental Geochemistry of Potentially Toxic Metals ((2001/2002), Demands of Expanding Populations and Development Planning (2008), and Countering 21st Century Social-Environmental Threats to Growing Global Populations reflect Dr. Siegel's cumulative teaching and research experience in marine, exploration, and environmental geochemistry, and his work to alleviate or eliminate environmental problems related to physical, social, chemical, and economic conditions associated with planned development projects.

Inhalt
Preface.- Introduction To Hazards and Factors That Affect Impacts On Global Societies.- Mitigation.- Risk Assessment/Vulnerability.- Conditions That Aggravate The Effects Of A Hazard On Citizens And Property.- Early Warning Systems (EWS).- Damping The Dangers From Tectonics-Driven Hazards: Earthquakes and Volcanoes.- Earthquakes.- Volcanoes.- Lessening The Impacts From Non-Tectonic (Natural) Hazards and Triggered Events.- Magnified Impact Of Natural Hazards From Global Warming/Climate Change And Inadequate Land-Use Planning.- Disease.- Natural Processes That Endanger Food Security Linked To Climate Change.- Land-Use Planning To Minimize Dangers To Citizens and Ecosystems.- Physical Siting Of Locations For Housing, Commerce, Industry and Parkland.- Pollution.- Mitigation of Hazard Impacts On Ecosystems And Their Inhabitants: Possible For Some, Not Possible For Others.- Mitigation Of Impacts On Ecosystems And Their Inhabitants Directly From Human Activities.- Mitigation Economics.- Insurance As A Mitigator of Post-Hazard Economic Stress: Coverage and Exclusions.- Conflicts/Wars: Human Driven Events That Injure/Kill people And Damage/Destroy Property.- Uncommon But Noteworthy Natural Disasters.- Epilogue.- Index. <p