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A new DTM-based three-dimensional MPM model for simulating rapid flow-like landslides propagating on curved bed
Rapid flow-like landslides frequently occur in mountainous regions. To mitigate the disasters caused by these landslides, it is crucial to develop...
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Constructing and Map** a Seabed DTM
A digital terrain model (DTM) is the basis for displaying the seabed. Methods of constructing a seabed DTM and the relevant submarine topographic and...
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On the role of digital terrain topography and land use dynamics in flood hazard assessment of urban floodplain
Flood hazard assessment of cities gained significance globally due to rise in frequency of flood events and rapid urbanisation. Uncertainties in...
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Impacts of DEM type and resolution on deep learning-based flood inundation map**
The increasing availability of hydrological and physiographic spatiotemporal data has boosted machine learning’s role in rapid flood map**. Yet,...
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Digital terrain, surface, and canopy height model generation with dual-baseline low-frequency InSAR over forest areas
Interferometric synthetic aperture radar (InSAR) technology can be used to produce a high spatial resolution digital elevation model (DEM) on a...
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Utilization of LiDAR DTM for Systematic Improvement in Map** and Classification of Coastal Micro-Geomorphology
The dynamicity of the coastal landforms necessitates monitoring from space-borne or aerial remote sensing platforms. Precise elevation information is...
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Using historical data to access the surface subsidence in the vegetable belt of the Three Lakes Region, Switzerland
The ‘Grosses Moos’ in the Three Lakes Region (Berner Seeland) was formed by the Wallis glacier resulting in a peat bog-dominated landscape. During...
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The new Digital Terrain Model (DTM) of the Brazilian Continental Margin: detailed morphology and revised undersea feature names
This paper presents a new Digital Terrain Model (DTM) of the Brazilian Continental Margin and provides a description of the main morphologic undersea...
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Morphodynamics and sediment connectivity index in an unmanaged, debris-flow prone catchment: a through time perspective
Torrential processes are among the main actors responsible for sediment production and mobility in mountain catchments. For this reason, the...
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A multi-scale approach for deterministic analysis of landslide triggering and mass flow mechanism at Kaliasaur (Rudraprayag)
Landslides are multi-phase mass flows often triggered by incessant rainfall and pose a severe threat to infrastructure and human lives in mountainous...
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Digital Terrain Models Derived from Unmanned Aerial Vehicles and Landslide Susceptibility
Digital Terrain Models (DTMs) are among the most important spatial information tools used in geomorphological landslide assessment because they allow...
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Investigation and numerical simulation of debris flow events in Rochefort basin (Aosta Valley—NW Italian Alps) combining detailed geomorphological analyses and modern technologies
This paper presents a multidisciplinary approach using modern technologies for the analysis and modelling of the debris flow that occurred at Torrent...
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Dense DSM and DTM Point Cloud Generation Using CARTOSAT-2E Satellite Images for High-Resolution Applications
The primary objective of this study is to provide a methodology to generate a dense point cloud of digital surface model (DSM) and digital terrain...
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Evaluation and Analysis of Ground Filtering Algorithms for Building Height Estimation on Satellite-Based High-Resolution DEM Data
Virtual 3D city modelling has several applications such as population estimation, navigation, visibility analysis. For accurate 3D city modelling,...
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Advanced Porosity Prediction in Heterogeneous Oil Reservoirs: Using Novel Machine Learning and Deep Learning Techniques
The estimation of porosity holds significant importance within the oil and natural gas sectors as it plays a crucial role in the accurate assessment...
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Detection of Near-Surface Permeable Zones Based on Spatial Correlation Between Radon Gas Concentration and DTM-Derived Lineament Density
Radon-222 (Rn) concentrations in soil gas have been used to locate near-surface permeable zones (e.g., fractures, faults) along which hydrothermal...
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UAV-borne, LiDAR-based elevation modelling: a method for improving local-scale urban flood risk assessment
In this study, we present the first findings of the potential utility of miniaturized light and detection ranging (LiDAR) scanners mounted on...
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Comparison of LiDAR- and UAV-derived data for landslide susceptibility map** using Random Forest algorithm
Earthquakes, extreme rainfall, or human activity can all cause landslides. Several landslides occur each year around the world, often resulting in...
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UAV-Based Detection of Deciduous Tree Species Using Structural and Spectral Characteristics
The use of remote sensing technology is essential for identifying and map** tree species. In species management, remote sensing tools like Unmanned...
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Application of arsenic surveying for determining the position of former mining and metallurgical constructions: an example from the Radzimowice area (Lower Silesia, SW Poland)
Soil geochemical prospecting is becoming an increasingly important part of archaeological research. Therefore, it is possible to determine the...
