Global ETD Search
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Showing 1 to 7 of 7 for “"landslide monitoring"”.
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Rockslope and landslide monitoring using high temporal resolution terrestrial structure from motion photogrammetry: a case study of a landslide in Majes zone, Peru using multi-epoch photogrammetric techniques
Monitoring the movement of landslides and rock slopes is critical when there is potential for injury of persons or damage to property or infrastructure. There has been extensive research into the processes that drive slope movements, but most have been based on monitoring data that is either …
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Landslide Susceptibility Prediction Adaptive to Triggering Events
Landslide detection and susceptibility prediction are valuable tools for disaster prevention. Despite there being many various solutions to accomplish these tasks, they all generally depend on topographic features of the environment. However, there are not many solutions that can adapt to …
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Design of surface micro-machined inertial MEMS sensor with meta-heuristic topology optimization
… possible design for a specific application. In a landslide monitoring application, high sensitive MEMS accelerometers are required to accurately predict the occurrence of landslides. But available TO methods are unable to find a design with maximum sensitivity, variable loading condition, and …
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Current Ground Deformation Derived from GPS Observations near PBO Station AC 55 along the Yentna River, South of Denali National Park Reserve, Alaska
… AC55 was accidently installed on a slow moving landslide. In order to isolate the landslide motion, this study uses 20 stations within 100 km proximity of AC55 to separate regional ground motion associated with seasonal variability and postseismic deformation from the 2002, M 7.9 Denali …
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Landslide kinematics and interactions studied in central Georgia by using synthetic aperture radar interferometry, optical imagery and inverse modeling
Landslides are one of the biggest natural hazards in Georgia, a mountainous country in the Caucasus. So far, no systematic monitoring and analysis of the dynamics of landslides in Georgia has been made. Especially as landslides are triggered by extrinsic processes, the analysis of landslides …
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The GPS Geodetic Infrastructure in the Puerto Rico and Virgin Islands Region and Its Applications for Faulting, Landslide, and Sea-Level Change Study
… natural hazards, such as earthquakes, tsunamis, landslides, hurricanes, and flooding. This region is one of the earliest places that employed high-accuracy Global Positioning System (GPS) technology to study plate tectonics and natural hazards. A dense Continuously Operating Reference Stations …
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Real-time monitoring of a multiple retrogressive landslide
In this thesis the data collected from the field monitoring of slope inclinometers, in place inclinometers (IPIs) and vibrating wire piezometers (VWPs) installed in a multiple retrogressive landslide are evaluated and re-interpreted. The goal of this research was to evaluate the IPIs in particular, …