Titlebook: Advancing Culture of Living with Landslides; Volume 5 Landslides Matja? Miko?,Vít Vilímek,Kyoji Sassa Conference proceedings 2017 Springer

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https://doi.org/10.1007/978-981-19-5069-8ological, structural and geotechnical conditions. Roadworks design and construction in such complex and irregular mountainous areas are faced with various and significant natural hazards including large extended landslides. The parallelism of and partial superimposition between the design and the co

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Yeraly Baizhanov,Andrzej Cirockiich may have a high landslide susceptibility at and to assess the impact of landslides. The main causes of landslides along 73C National Road are hydrogeologically controlled and are linked to high degree of drainage density and deforestation. A multy-disciplinary approach was taken, consisting: lan

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https://doi.org/10.1007/978-3-031-42675-9n and damage assessment to be undertaken on built-up zones. The classification of damage degree and building deformation velocity maps of the study area were also evaluated through PSI displacement rates. Furthermore, as a single building-scale analysis, maximum differential settlement parameters of

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https://doi.org/10.1007/978-3-319-95795-1hat the size of landslide has insignificant (.?>?0.05) effect on the number of places caused damage except in settlement areas. Moreover, slope failure due to steep relief is not significant rather larger sized and higher numbers of landslides occurred in gentle slope areas (slope?≤?30°). Almost 80%

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