Natural Hazards and Risk Mitigation : Natural Hazards in Himalaya and Risk Mitigation (Springer Transactions in Civil and Environmental Engineering)

Rastogi, Bal Krishna (EDT)/ Kothyari, Girish Chandra (EDT)/ Luirei, Khayingshing (EDT)

Springer Nature（2024/11発売）

• 製本 Hardcover:ハードカバー版／ページ数 195 p.
• 言語 ENG
• 商品コード 9789819776573

Full Description

The book is on latest investigations of natural hazards like earthquakes, landslides, and glacial hazards carried out in last few years. Review papers are on the crustal structure of Himalaya based on latest studies through tomography and receiver transfer function. The seismotectonic models inferred from detailed modelling are also presented. Papers are on shallow soil/sediment structures inferred from passive seismic data, and also on estimation of strong ground motion. Several papers are on landslides and slope stability and two papers on glacial Hazards. A paper suggests multidisciplinary investigations for landslide and glacial hazards. Most of the papers are on investigations in J&K and western Himalaya which have come out for the first time. The results will be useful for planning risk mitigation. One paper is on safety of heritage structures of Ahmedabad UNESCO Heritage Site. Four papers give estimates of active deformation using PSINsar data in different regions. Two papers are on precursors. One review paper relates GPS results with earthquakes. Velocities of inferred movements in different parts of Himalaya are interpreted as partitions of active zones. This may preclude occurrence of mega earthquakes in Himalaya. Some papers show maps of VS30. One paper illustrates liquefaction potential at a dam site. Some papers outlay strategies for multidisciplinary research for risk mitigation of multi hazards. This book can serve as a valuable resource for researchers and professionals interested in the field of natural hazards.

Contents

Impact assessment of landslides in spring resources.- Existing and Potential Changes in Himalayan Glaciers: In Climate Change Prospective.- Evaluation of active deformation using PSInSAR data and their implications for Late Quaternary seismicity on Karakoram Fault zone of NW Himalaya, India.- Assessment of active deformation in the surrounding regions of the 7th to 12th AD monuments in the Western Himalaya: A seismotectonic approach using PSInSAR.- Geodetically Derived deformation measurements toward Kachchh: A review.