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Your search for Subject terrestrial laser scanningresulted in 10 records.

Title: UAV Borne Laser Scanning of Snow Surfaces: Date: 2016-10-02; Authors: Alexander Prokop, Florian Singer; Description: In snow and avalanche research, different methods are used increasingly to efficiently and accurately map snow surfaces and depths over an area of sev...; Object ID: ISSW16_O9.03.pdf; Keywords: snow depth mapping, laser scanning, uav, uas; View additional details about UAV Borne Laser Scanning of Snow Surfaces

Title: Snow Surface Roughness Monitoring Using Time-Lapse Terrestrial Laserscan: Date: 2016-10-02; Authors: Florence Naaim-Bouvet, Ghislain Picard, HervÃ© Bellot, Laurent Arnaud, Vincent Vionnet; Description: Some elements of snow surface roughness, such as ripple or sastrugi, are a direct manifestation of wind erosion and in turn modify the near-surface wi...; Object ID: ISSW16_P1.32.pdf; Keywords: snow surface roughness, sastrugi, blowing snow, drifting snow, laserscan; View additional details about Snow Surface Roughness Monitoring Using Time-Lapse Terrestrial Laserscan

Title: Back Calculation of Avalanche Dimensions From Laser Scanning and sfm Photogrammetry: Date: 2016-10-02; Authors: Alexander Prokop, J.-M. Friedt, Ursula Enzenhofer, Florian Tolle; Description: After avalanche events happen it is always difficult to collect useful data from the avalanche dimensions such as snow volume that was released in the...; Object ID: ISSW16_P4.35.pdf; Keywords: avalanche documentation, snow depth, laser scanning, sfm-photogrammetry, svalbard; View additional details about Back Calculation of Avalanche Dimensions From Laser Scanning and sfm Photogrammetry

Title: Field Report on the Implementation of a Remotely Controlled Automated Terrestrial Laser Scanner: Date: 2013-10-07; Authors: Thomas Gigele, Reinhard Fromm, Marc S. Adams; Description: Due to adverse weather and snow conditions, as well as a limited extent of available manpower, avalanche test sites in the Alps are often not accessi...; Object ID: ISSW13_paper_P2-26.pdf; Keywords: automated terrestrial laser scanner, remote control, avalanche, snowcatcher; View additional details about Field Report on the Implementation of a Remotely Controlled Automated Terrestrial Laser Scanner

Title: Automated Terrestrial Laser Scanner Measurements of Small-Scale Snow Avalanches: Date: 2013-10-07; Authors: Marc S. Adams, Engelbert Gleirscher, Thomas Gigele, Reinhard Fromm; Description: Remote sensing is a powerful and versatile tool for measuring the spatial and temporal distribution of snow. In this study, an Automated Terrestrial L...; Object ID: ISSW13_paper_P2-29.pdf; Keywords: automated terrestrial laser scanning, snowcatcher, avalanche control; View additional details about Automated Terrestrial Laser Scanner Measurements of Small-Scale Snow Avalanches

Title: Determining Avalanche Modelling Input Parameters Using Terrestrial Laser Scanning Technology: Date: 2013-10-07; Authors: Alexander Prokop, Peter SchÃ¶n, Florian Singer, GaÃ«tan Pulfer, Mohamet Naaim, Emmanuel Thibert; Description: In dynamic avalanche modelling, data about the volumes and areas of the snow released, mobilized and deposited are key input parameters, as well as th...; Object ID: ISSW13_paper_P2-59.pdf; Keywords: laser scanning, dynamic avalanche modelling, modeling; View additional details about Determining Avalanche Modelling Input Parameters Using Terrestrial Laser Scanning Technology

Title: Different Surveys Techniques to Assess the Snow Erosion and Deposition at the Punta Seehore Avalanche Test Site: Date: 2012; Authors: E. Bovet, B. Chiaia, M. Maggioni, D. Godone, M. Freppaz; Description: The aim of this paper is to describe the surveys techniques, used at the Seehore avalanche test site located in Aosta Valley (NW Italy), concerning th...; Object ID: issw-2012-277-284.pdf; Keywords: snow erosion, terrestrial laser scanning, deposited layer, probe pole; View additional details about Different Surveys Techniques to Assess the Snow Erosion and Deposition at the Punta Seehore Avalanche Test Site

Title: Positioning of Avalanche Protection Measures Using Snow Depth Mapping Via Terrestrial Laser Scanning: Date: 2012; Authors: Alexander Prokop, Christina M. Delaney; Description: In recent years snow depth mapping via terrestrial laser scanning has become increasingly popular as a measurement method used for snow and avalanche ...; Object ID: issw-2012-983-988.pdf; Keywords: snow depth, avalanche protection, release area, slopes; View additional details about Positioning of Avalanche Protection Measures Using Snow Depth Mapping Via Terrestrial Laser Scanning

Title: Terrestrial Laser Scanning for Snow Depth Observations: An Update on Technical Developments and Applications: Date: 2009; Authors: Alexander Prokop; Description: In the past few years terrestrial laser scanning methodology has become a powerful tool for determining the spatial snow depth distribution on slopes....; Object ID: issw-2009-0192-0196.pdf; Keywords: terrestrial laser scanning, snow depth, avalanche dynamics, avalanche case study; View additional details about Terrestrial Laser Scanning for Snow Depth Observations: An Update on Technical Developments and Applications

Title: Measuring Snow Depth With a Terrestrial Laser Ranging System: Date: 2006; Authors: Philipp JÃ¶rg, Reinhard Fromm, Rudolf Sailer, Andreas Schaffhauser; Description: Knowledge on the spatial and temporal distribution of snow depth is one of the key parameter in the assessment of avalanche hazards, for snow drift a...; Object ID: issw-2006-452-460.pdf; Keywords: tsl, terrestrial scanning laser, remote sensing, snow depth distribution; View additional details about Measuring Snow Depth With a Terrestrial Laser Ranging System