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E-raamat: Avalanche Handbook

  • Formaat: 368 pages
  • Ilmumisaeg: 01-Feb-2023
  • Kirjastus: Mountaineers Books
  • Keel: eng
  • ISBN-13: 9781680515404
  • Formaat - EPUB+DRM
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  • Formaat: 368 pages
  • Ilmumisaeg: 01-Feb-2023
  • Kirjastus: Mountaineers Books
  • Keel: eng
  • ISBN-13: 9781680515404

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More than 75,000 copies sold of previous editions New chapter on risk management Includes new photographs and updated illustrations



The Avalanche Handbook needs no introduction. For this new fourth edition of the course-adopted and internationally recognized book, David McClung has completed an in-depth review and update of the entire text, as well as consulted outside experts in explosives, search and rescue, and other key topics. Comprehensive sections cover the formation, character, effects, and control of avalanches; avalanche terrain and forecasting; safety and rescue; risk management, preventive and protective measures; and more. Technical yet accessible and with extensive photos, illustrations, graphs, and charts throughout, The Avalanche Handbook will continue to be essential reading for avalanche professionals and serious winter backcountry adventurers.
Foreword to the Third Edition 8(2)
Preface to the Fourth Edition 10(3)
Introduction 13(2)
Chapter 1 Character and Effects of Avalanches
15(11)
Avalanches as a Natural Hazard
15(1)
Industries Affected
16(1)
Unique Character of Alpine Snow
17(1)
Time-Dependent Vulnerability
18(3)
Trend in Avalanche Fatalities
21(1)
Trend in Fatalities in North America
21(1)
Asia's 8000-Meter Peaks
21(1)
Effects of Climate Change: Future Trend
22(1)
Effects of El Nino and La Nina
22(1)
Engineering Protection, Avalanche Zoning, and Avalanche Control
23(2)
Future Risk
25(1)
Chapter 2 Elements of Mountain Snow Climates and Weather
26(20)
Mountain Weather and Snow-Climate Types
26(2)
Mountain Wind and Precipitation
28(3)
Convergence: Upward Motion around a Low-Pressure Area
31(1)
Frontal Lifting
31(1)
Orographic Lifting
32(1)
Convection
32(1)
Quantitative Precipitation Forecasts
32(1)
Orographic Precipitation Models
33(1)
Local Wind Flow Over Mountain Terrain
33(3)
Blowing and Drifting Snow
36(1)
Lee-Slope Deposition: Avalanche and Cornice Formation
37(3)
Heat Exchange at the Snow Surface
40(1)
Penetration of Heat into Alpine Snow
41(1)
Interaction of Radiation with the Snow Cover
42(2)
Temperature Inversions
44(2)
Chapter 3 Snow Formation and Growth in the Atmosphere and Snowpack
46(29)
Snow Crystal Formation and Growth in the Atmosphere
46(3)
Classification of Newly Fallen Snow Crystals
49(3)
Surface Hoar: Formation and Growth Conditions
52(3)
Snowpack Temperatures and Temperature Gradients
55(1)
Disappearance of Branches: Initial Changes in Dry, Newly Fallen Snow
56(2)
Dry-Snow Metamorphism in the Seasonal Snow Cover
58(1)
Crystal Forms in Dry, Seasonal Alpine Snow
58(7)
Growth of Crystals around Crusts in Dry Snow
65(1)
Bond Formation in Dry Alpine Snow
65(3)
Persistent and Nonpersistent Weak-Layer Forms
68(1)
Metamorphism of Wet Snow
68(1)
Snow with High Water Content
69(1)
Snow with Low Water Content
70(2)
Classification of Wet Snow
72(1)
Bond Melting and Formation in Wet Snow
72(3)
Chapter 4 Avalanche Formation
75(44)
Types of Avalanches
75(1)
Deformation in the Alpine Snowpack
75(16)
Components of Shear Strength of Alpine Snow
91(1)
Shear-Failure Properties of Snow
92(4)
Loose-Snow Avalanche Formation
96(3)
Snow-Slab Nomenclature and Fracture Geometry
99(1)
Characteristics of Dry Slab Avalanches
100(3)
Dry Slab Avalanche Formation
103(5)
Snow Temperature Effects in Avalanche Forecasting
108(1)
Note on Mechanics of Human Triggering by Skiers, Snowboarders, and Snowmobiles
108(2)
Wet Slab Avalanche Formation and Forecasting Wet Slabs
110(3)
Ice Avalanches
113(1)
Slush Avalanches
114(1)
Roof Avalanches
115(1)
Appendix 4A The Applied Rules of Avalanche Formation
116(3)
Chapter 5 Avalanche Terrain, Motion, and Effects
119(40)
Definitions
119(1)
Starting Zone Characteristics
120(6)
Track Characteristics
126(1)
Runout Zone Characteristics
127(1)
Terrain Analysis
128(3)
Identification of Avalanche Paths
131(2)
Avalanche Motion and Effects
133(6)
Scale and Size
139(1)
Impact Pressures
140(4)
Debris Recognition and Description
144(2)
Runout Distances
146(3)
Return Period of Avalanches
149(1)
Avalanche Frequency from Vegetative Clues
150(1)
Influence of Climate and Terrain
151(4)
Terrain Variables Related to Magnitude
155(1)
Hydrological Aspects of Snow Avalanches
156(1)
Effects of Avalanches on Glacier Mass Balance and Glacial Debris
156(3)
Chapter 6 The Elements of Applied Avalanche Forecasting
159(17)
Forecasting and Avalanche Forecasting
159(1)
The Seven Elements of Avalanche Forecasting
160(12)
Appendix 6A Common Biases or Decision Traps in Avalanche Forecasting
172(4)
Chapter 7 Classes of Factors Involved with Evaluation of Instability and Forecasting
176(48)
Evaluation of Instability
176(1)
Nature of Factors
176(1)
Asymmetry of Usage within the Classes
177(1)
Data Collection
178(1)
Analysis
179(2)
Class I Instability Factors
181(12)
Class II Snowpack Factors
193(15)
Class III Meteorological Factors
208(10)
Character of Data Types
218(1)
Regional and Local Forecasting
218(1)
Conventional Avalanche Forecasting
219(1)
Numerical Avalanche Prediction
220(1)
Expert Systems
221(1)
Example of Avalanche Forecasting
222(1)
General Stability and Hazard Ratings
222(2)
Chapter 8 Risk Management for Snow Avalanche Applications
224(12)
Definitions
224(1)
Subjective Probability and Bayes' Theorem Applied to Avalanche Forecasting, Hazard, and Risk
225(2)
Schematic for Risk Management
227(3)
Applications
230(6)
Chapter 9 The ABCs for Backcountry Avalanche Forecasting and Decisions
236(20)
Philosophy and Backcountry Avalanche Forecasting
236(2)
Decision-Making Levels
238(1)
The ABCs: Sections
238(16)
Appendix 9A Risk-Reduction Factors (Basic Level)
254(1)
Appendix 9B Classes of Forecasts and Their Trend for Backcountry Travel (Intermediate and Basic Levels)
255(1)
Chapter 10 Safety Measures and Rescue
256(33)
Education Methods
256(2)
Avalanche-Safety Programs
258(1)
Equipment
258(1)
Precautions When Traveling
259(4)
Survival Chance in an Avalanche
263(2)
Reaction by Survivors
265(3)
Transceiver Search
268(5)
Probing
273(1)
Caring for the Avalanche Victim
274(1)
Evacuation
274(1)
Organized Rescue
275(6)
Training Rescue Personnel
281(1)
Most Likely Burial Areas
282(1)
Probe Lines
282(4)
Avalanche Rescue Dogs
286(1)
Other Search Methods
287(2)
Chapter 11 Avalanche Protection
289(41)
Definitions
289(1)
Making a Decision
290(2)
Preventive Road Closures
292(2)
Preventive Ski Run Closures
294(1)
Avalanche Detection Systems
294(1)
Evacuation
295(1)
Land-Use Restrictions
295(3)
Minimizing the Risk by Design
298(2)
Stabilization by Compaction
300(1)
Avalanche Control by Explosives
301(4)
Application of Explosives
305(11)
Other Avalanche Triggering Methods
316(1)
Engineering Works
316(9)
Forest Control
325(1)
Control of Wind-Transported Snow
326(4)
Acknowledgments 330(1)
Appendix A SI Units 331(3)
Appendix B Snow, Avalanche, and Weather Observations 334(3)
Appendix C Advanced Snow Crystal Classification Systems 337(8)
Appendix D Snow Avalanche Size Classification 345(4)
Appendix E Recording Avalanche Events 349(1)
Appendix F Danger, Stability, and Hazard Rating Scales 350(3)
Appendix G International Avalanche Classification 353(2)
Appendix H Examples of Common Explosive Control Procedures 355(5)
Appendix I General References 360(2)
Index 362
Dr. David McClung is Professor Emeritus in the Department of Geography at the University of British Columbia. He has been doing avalanche research and consulting for over 50 years in Canada, the United States, and Norway. He lives in Vancouver, British Columbia. Visit him online at geog.ubc.ca/avalanche/index.html.