Natural Hazards and Risk Research in Russia

Maximizes reader understanding of natural hazards research and risk analysis in Russia Explains relevance and application of primary tools and practices in risk study

Clarifies similarities and differences in fundamental concepts and principles across the discipline

Directs geologists, engineers, architects, planners, teachers, students, and others to authoritative sources

Auteur

Dr. Valentina Svalova is Leading Scientist of the Sergeev Institute of Environmental Geoscience, Russian Academy of Sciences (IEG RAS)

Contenu
Chapter1: Technogenesis and natural disasters.- Chapter2: Complications and Prospects of the Hydrogeological Substantiation of Drainage in Deep Tunnels.- Chapter3: Probabilistic Approach to Forecast of the Risk Caused by Groundwater Contamination.- Chapter4: Landslide and Seismic Monitoring Systems.- Chapter5: Early-Warning Landslide Monitoring System.- Chapter6: Problems in forecasting dangerous processes and phenomena on the base of the Earth Remote sensing data.- Chapter7: Assessment and mapping geological risk for the future subsurface linear construction in Moscow.- Chapter8: Deep extrusive landslides. peculiarities of formation, development and protection.- Chapter9: The research of surface runoff in engineering-geological zoning.- Chapter10: Assessment of Seismic Hazards for Extractive Installations of the Oil and Gas Complex on the Caspian Sea Shelf.- Chapter11: Geodinamic stability of territories with specially important engineering objects.- Chapter12: Combined measures on providing safety of technogenic objects within the mined territories of potassium deposits in Perm region, Russia.- Chapter13: Geo-Environmental Sustainability of Arctic Area of The Russian Federation.- Chapter14: Geo-Environmental Zoning for Urban Planning and Design.- Chapter15: Objective methods for compiling integral maps.- Chapter16: Suture zones as upper crustal seismogenerating structures.- Chapter17: Stochastic modelling of human-induced thermokarst and natural risk assessment for existing and planned engineering structures.- Chapter18: Stochastic modelling of natural lacustrine thermokarst under stable and unstable climate.- Chapter19: Seismo - ecological monitoring of seismic and special hazard object.- Chapter20: Landslide Risk Assessment, Management and Reduction for City Territories.- Chapter21: Mechanical-Mathematical Modeling for Landslide Processes.- Chapter22: Structural transformations of perennial frozen rocks during the Yamal Crater formation.-Chapter23: Landslide activity and landslide hazard in Geyser valley (Kamchatka peninsula, Russia).- Chapter24: The History of Slope Evolution as Primary Cause of Modern Landslide Deformations (on the example of a landslide Vorobyovy Gory, Moscow).- Chapter25: Application of Fractal Theory Methods for Seismogram Analysis.- Chapter26: The new method of the potentially hazardous geodynamic active zones mapping.