This book discusses the science behind avalanches and their effects. The chapters explore case studies of avalanches, identify environmental factors that cause these disasters, and explain how experts prevent avalanches. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.

Edward Power sets the reader down in the midst of a February 2017 blizzard that raked Utah’s Uinta Range as nine snowboarders made their way into the backcountry for a day of intense adventure. As the boarders were taking their first turns, expert avalanche forecaster Craig Gordon was tracking the storm and its impact, posting one of the most dire avalanche forecasts and warnings in his career. In Dragons in the Snow, Power delves into the research and science behind avalanche forecasting and rescue, weaving in the art of backcountry skiing as well as dramatic tales of avalanche accidents, rescues, and recoveries. And he paints compelling portraits of the men and women who have made the study of avalanches their life’s work. The tales told by these avalanche forecasters, as well as the stories of the backcountry riders who may "wake the dragon" make for not just a compelling read, but also a powerful tool for raising avalanche awareness in everyone who plays in the winter backcountry.

Winter recreation in the mountains has increased steadily over the past few years, and so has the number of deaths and injuries caused by avalanches. Staying Alive in Avalanche Terrain covers everything you need to know to avoid trouble in avalanche terrain: what avalanches are and how they work, common myths, human activities that lead to avalanche trouble, what happens to victims when an avalanche occurs, and rescue techniques. Provides step- by-step instruction for determining avalanche hazards, using safe travel technique, and making effective rescues.

Book which focuses on teaching backcountry travellers to recognize, evaluate, and avoid avalanche hazards by gathering available key information and clues from the snowpack, weather, and terrain.

Avalanches are a dangerous force of nature for those who live in snowy environments. Different conditions can trigger an avalanche and you need to be aware of the warning signs. Learn all about what to do if you ever find yourself in this scary situation, as well as how you can help others who are victims of these snowy catastrophes with safety and training tips. Bundle up and learn all about avalanches! This title will allow students to determine the main idea of a text and explain how it is supported by key details; summarize the text. Content Sidebars Phonetic glossary Maps and diagrams Text based questions.

Avalanches, mudflows and landslides are common and natural phenomena that occur in mountainous regions. With an emphasis on snow avalanches, this book provides a survey and discussion about the motion of avalanche-like flows from initiation to run out. An important aspect of this book is the formulation and investigation of a simple but appropriate continuum mechanical model for the realistic prediction of geophysical flows of granular material.

With more and more people heading into the winter backcountry on skis, snowshoes, and snowmobiles, avalanche safety is of paramount importance. Allen & Mike's Really Cool Avalanche Safety Book distills the sometimes overly technical information of snow science into a user-friendly format with helpful illustrations and easy-to-understand text. With years of experience as NOLS instructors to draw on, Allen O'Bannon and Mike Clelland team up to give winter recreationists the information they need to stay safe in the backcountry, including how to prepare for your trip, proper equipment and how to use it, snowpack assessment, choosing safe travel routes, decision making, and rescue scenarios. Written for both aspriring winter backcountry travelers and experts alike, this book is a must-read for anybody who loves to experience the solitude and beauty of the snowy mountains.

An avalanche may be defined as the destabilization and flow of part of the snow cover. The book essentially deals with the former, focusing on avalanche triggering mechanisms. Avalanche triggering mechanisms have been debated for a long time. The book provides the reader with a re-foundation on clear scientific bases.

Technical yet accessible, The Avalanche Handbook, 3rd Edition, covers the formation, character, effects, and control of avalanches; rescue techniques; and research on understanding and surviving avalanches. Illustrated with nearly 200 updated illustrations, photos and examples, the revised edition offers exhaustive information on contributing weather and climate factors, snowpack analysis, the newest transceiver search techniques, and preventative and protective measures, including avalanche zoning and control. It contains new information on the unique characteristics of alpine snow, snow slab instability, terrain variables, skier triggering of avalanches, and the nature of avalanche motion. Plus brand-new chapters on the elements of backcountry avalanche forecasting and the decision-making process.

Rockslides and Rock Avalanches of Central Asia: Distribution, Impacts, and Hazard Assessment arms scientists with an inclusive and specialized reference for future studies of large-scale bedrock landslides in Central Asia, a phenomenon that poses a major threat to local communities, infrastructure and industrial facilities. The book covers the Dzungaria, Tien Shan, and Pamir mountain systems that are characterized by arid climates and scarce forestation, and is an ideal reference for scientists searching for data that accurately summarizes bedrock landslides through the analyses of a multitude of case studies that have applications in comparable, global scenarios. Through its relatively low precipitation and good preservation of minor geomorphic features, particularly those formed by past landslides, this region provides opportunities for detailed study of the internal structure of landslide bodies. - Summarizes the present-day knowledge of bedrock landslide distribution in the Dzungaria, Tien Shan and Pamir mountains - Describes case studies illustrating both general characteristics of large bedrock landslides and other specific features, allowing comparative analysis of numerous case studies - Presents the classification of bedrock landslides and related models based on deposits, morphology and internal structures that can be applied to global locations