Natural Disasters theme in two volumes is a component of Encyclopedia of Earth and Atmospheric Sciences in the global Encyclopedia of Life Support Systems (EOLSS), which is an integrated compendium of twenty one Encyclopedias. Natural hazards arise unexpectedly, without any discernible regularity, and leave an indelible trace in nature, sometimes for many decades to come. At present they are appreciably complicated by anthropogenic influence, lending them an adverse and often catastrophic character. The susceptibility of a society to the impact of natural disasters is conditioned by the natural environment, and the vulnerability of the society to such phenomena is historically associated with the type of the nature management. Natural disasters can be of geological and hydrometeorological origin; the specific group of such phenomena is presented by natural disasters in mountains. This volume deals with the natural disaster and covers several topics, with a myriad of issues of great relevance to our world such as: Geological Catastrophes; Climate-Related Hazards; Mountain Disasters and Snow Avalanches, which are then expanded into multiple subtopics, each as a chapter. These two volumes are aimed at the following five major target audiences: University and College Students Educators, Professional Practitioners, Research Personnel and Policy Analysts, Managers, and Decision Makers, NGOs and GOs.

Natural hazards are present in every part of planet Earth. Sometimes a natural event – such as extreme weather, a volcanic eruption, earthquake or disease outbreak – turns into a disaster for humans, the environment, and the economy. Earth’s Natural Hazards and Disasters is a textbook for undergraduates that challenges students to think critically about disasters. It explains the science behind natural events and explores how to understand risk and prepare for disasters. About this volume: Covers hazards in the geosphere, hydrosphere, atmosphere, and biosphere Explains the science of hazards in accessible terms Detailed case studies of specific disasters for each type of natural event Explores data-based risk mitigation strategies Discusses the roles of scientists, public officials, and the general public in hazard management The American Geophysical Union promotes discovery in Earth and space science for the benefit of humanity. Its publications disseminate scientific knowledge and provide resources for researchers, students, and professionals.

Disaster management involves the mitigation of effects of a calamity using an integrative strategy involving both human and materialistic resources. This book presents an overview of crucial disaster management issues. Original research reports by international scholars focused on disaster management present important facets of danger and disaster management. It discusses perspectives on vulnerability and advancing approaches to mitigation, approaches to improve data use and information management in distinct applications aimed at promoting prediction and communication of hazard, and the management of crisis and post-event recovery in private sector, in the design of urban space and among the victims of a disaster. This book contributes theoretical as well as practical updates to the existing disaster management literature.

In mountainous areas, due to the unique geological and topographical conditions, and along with the impact of global climate change, extreme rainfall events often occur and induce natural disasters such as flash floods, debris flows, landslides, dammed lakes and others. These water-related natural disasters (WRNDs) frequently occur around the world, such as the July 29th 1998 debris flow and landslide dam at Capricorn Creek in Mount Meager Volcanic Complex (southern Canada), the flash flood of 20th August 2018 in Raganello Gorge (southern Italy), and the 2007 summer floods in the United Kingdom. WRNDs are more serious in Southeast Asia particularly in Southwest China, where many places suffer from such disasters in the flood season every year, such as the May 20th 2012 flash flood/debris flow among the hit area of Wenchuan earthquake, the June 24th 2017 Xinmo Catastrophic landslide in Mao county and in 2018 the two sequential landslide-dammed lake events at Jinsha River. These WRNDs not only cause heavy casualties and property losses but also destroy the ecological environment. These WRNDs are not only the concern of government managers and engineers, but also deserve more in-depth study from researchers. Formation and evolution mechanisms of WRNDs are very complicated, and influenced by several aspects, such as geological and topographical conditions, hydrometeorological conditions, geomaterial properties, rainfall history and flow condition, and others. Field and laboratory tests can help us to better understand the related mechanism behind the disasters. Theoretical and empirical models, modeling and numerical methods can provide more reasonable evaluation and forecasting results of WRNDs, but a more in-depth understanding is needed. Furthermore, for the risk control and hazard prevention and mitigation, new equipment and technologies have been developed and have achieved some progress in recent years, but the fast and effective emergency treatments for WRNDs need more attention.

As our planet changes and human population grows, students will see new examples every year of the devastating impact that geologic and atmospheric disasters have on communities. Through vibrant and detailed visuals, engaging writing, and extended case studies, Natural Disasters helps explain the science behind these catastrophes and the societal factors that shape our responses. Step-by-step art makes key concepts accessible to all students. And two case studies in every chapterÑcovering one North American and one global example and reinforced through online Guided Learning ExplorationsÑget students examining the societal factors that help shape how communities deal with these disasters.

Disasters can strike at any time. From the eruption of Mt. Vesuvius to Hurricane Katrina, floods, tornadoes, earthquakes, hurricanes and other natural disasters have caused tremendous loss of life, human suffering, and environmental catastrophe. The complex technological and social changes of the last few centuries have not only intensified the impact of such natural disasters, but have added new introduced new reasons to be concerned - plane crashes, bombings, industrial accidents, genocides. Calling some disasters natural and others man-made downplays the important interrelationship between the event and human actions. Human actions - or inactions - can catapult a natural phenomenon into a deadly catastrophe. Likewise, nature can be terribly disrupted by events that are created by humans. Encyclopedia of Disasters covers over 180 of the most important disasters in history. Arranged chronologically, the encyclopedia includes entries on those disasters that have had the greatest historical, environmental, and cultural impact: The eruption of Mt. Vesuvius, which destroyed the towns of Pompeii and Herculaneum; the London Fire of 1666, which flattened much of London and allowed the rebuilding of the city; the influenza epidemic of 1918, which killed millions; the 1964 Prince William Sound earthquake in Alaska, which caused death and destruction as far away as Hawaii; the worst nuclear power plant accident in Chernobyl, Ukraine, in 1964, that has rendered the surrounding landscape uninhabitable; and the 2004 earthquake that created a tsunami that killed thousands in Sumatra. Each entry includes a list of readings for additional research, and the encyclopedia is illustrated with numerous photos and line illustrations that show the destruction and despair caused by these disasters.