"News reports from around the world offer detailed descriptions of wildfires, floods, tsunamis, earthquakes, and more. While these kinds of events might seem horrifically random, scientists can explain quite a lot about why they happen, how they develop, how we can try to prevent them, and how we can predict where and when they'll happen next. The Science of Natural Disasters: When Nature and Humans Collide examines the science behind earthquakes, volcanoes, hurricanes, tornadoes, floods, and wildfires."--Provided by publisher.

When natural disasters happen they grab headlines around the world. People, creatures, and the environment are all impacted when nature gets out of control. Natural disasters can be upsetting to live through, but scientists today better understand their causes and how we can protect ourselves and others. Natural Disasters: Investigate Earth’s Most Destructive Forces with 25 Projects teaches readers about some of the natural disasters throughout history, what caused them, their impact on civilizations, and how people today cope with natural disasters. Readers of this book will make their own shake tables, create a cake batter lava flow, invent a wind tunnel, and experiment with avalanches. These hands-on activities engage readers and add depth to the text while ensuring that the learning is made lasting and fun.

Give your readers the chance to examine the workings of the most well-known and powerful natural disasters on Earth. Each book dives into the science behind an event: how and where natural disasters happen, under what conditions, and how people can protect themselves and prepare for natural disasters. Readers also learn about new technologies focusing on mitigating damage from disasters and better predicting them in the future. Each riveting volume features awe-inspiring photographs, unique sidebars, and fact boxes that engage readers and provide vivid examples of science in action. Features include: Specific but age-appropriate scientific explorations and explanations of natural disasters. Facts detailing historical or statistical information related to the natural disaster. Includes NGSS standards for K to 3, with particular focus on preparing for and predicting natural disasters.

Initial priorities for U.S. participation in the International Decade for Natural Disaster Reduction, declared by the United Nations, are contained in this volume. It focuses on seven issues: hazard and risk assessment; awareness and education; mitigation; preparedness for emergency response; recovery and reconstruction; prediction and warning; learning from disasters; and U.S. participation internationally. The committee presents its philosophy of calls for broad public and private participation to reduce the toll of disasters.

Comprising a selection of articles dedicated to disaster management this volume focuses on the challenges arising from extreme natural phenomena and descriptions of methods for assessing their occurrence probability and of measures for mitigating their intensity and detrimental effects. The first group of articles describes general strategies for risk assessment and mitigation, providing examples in the context of various kinds of natural disasters. The economic impact of mitigation measures, communities’ differing coping capabilities, human attitudes towards relocation and possible links to climate change are among the topics considered. Natural strategies are outlined in the contexts of Turkey, Brazil and United Arab Emirates. The second part of the book is concerned with disasters from specific natural causes starting with a group of ten articles on floods. The corresponding contributions address flood frequency, vulnerability and resilience of communities, response of small and medium enterprises, risk in terms of financial losses, private investment participation to mitigation measures, assessment of design solutions against flood hazard, sleeper dykes as a means of reducing risk, preparedness of hospitals, causes of highway flooding and their relative importance, and impact of floods on poor communities. The third set of articles are related to earthquake-related hazards describing, in particular, an analysis tool providing integrated risk, coping capacity and management output, a method for assessing vulnerability considering key contributing factors, a technique for urban aftershock management and damage assessment, and neural network modelling to estimate tsunami damage. Finally, a group of three articles address issues related to landslides, namely, slope management as a means of reducing risk and losses, early warning based on rainfall data, and hazard prediction using favourability function modelling and spatial target mapping software. Providing a unique global perspective this volume focuses on recent developments over a wide range of topics that cannot be found in similar, currently available, publications in this field. This is a valuable addition to the relevant literature available to researchers and engineers working on risk assessment and mitigation of natural disaster intensity and consequences. It will appeal of those working in academic and research environments as well as governmental, professional, national and international organisations.

In this exciting series, readers will unravel the mysteries of Earth's biggest and most destructive events. From earthquakes to tsunamis, no corner of the globe is safe from a natural disaster. This series takes readers through the chemical and geographical processes that cause each catastrophic event. Full-color photographs highlight the spectacle created when Mother Nature roars, and a timeline shows key moments as each type of natural disaster unfolds to show readers just how quickly havoc can be wreaked. Thorough scientific explanation and stirring case studies are juxtaposed with firsthand accounts from those who escaped the clutches of disaster and are still able to tell the tale. - Full-color photographs capture each disaster's impact - Timeline in each book highlights major moments in natural disasters as they unfold - Eyewitness accounts from people who experienced each kind of disaster firsthand

"A scientific introduction to the forces behind extreme meteorological events, including earthquakes, tsunamis, volcanoes, flooding, drought, storms, wildfires, and more! Plus, learn the science behind why climate change makes these events more extreme. STEM activities, fascinating facts, essential questions, and links to online /i resources all help promote deep learning"--