Search the International Snow Service Workshops (ISSW) Proceedings Professional Papers and Poster Talks Publications database

Your search for Keyword "gpr"resulted in 8 records.

Title: UAV-BORNE GROUND PENETRATING RADAR FOR AVALANCHE FORECASTING: Date: 2024-09-23; Authors: Bastien Dupuy, Martin Chatel, Arnt Grøver, Stéphane Garambois, Madeline Lee, Andrew Tobiesen, Halgeir Dahle, Sean Salazar, Regula Frauenfelder, Jordy Hendrikx, Tore Humstad; Description: In the GEOSFAIR (Geohazard Survey from Air) innovation project for the Norwegian public sector, several UAV (Uncrewed Aerial Vehicles)-borne remote se...; Object ID: ISSW2024_O8.7.pdf; Keywords: remote sensing, gpr, uav, snow height, snow density; View additional details about UAV-BORNE GROUND PENETRATING RADAR FOR AVALANCHE FORECASTING

Title: UAV-BORNE GPR SNOWPACK STRATIGRAPHY: Date: 2023-10-08; Authors: Anna Siebenbrunner, Robert Delleske, Markus Keuschnig; Description: Current methods of snowpack stability assessment primarily rely on professional observations, mainly digging a snow pit. This technique has spatial li...; Object ID: ISSW2023_O10.03.pdf; Keywords: snowpack monitoring, gpr, uav, avalanche hazard assessment; View additional details about UAV-BORNE GPR SNOWPACK STRATIGRAPHY

Title: Temporal and Spatial Changes of a Seasonal Snowpack Within a Small Sheltered Slope: Date: 2012; Authors: Achim Heilig, Hans-Peter Marshall, Samantha Evans; Description: We studied the seasonal evolution of a natural snowpack and changes thereof within a small sheltered slope, utilizing non-destructive monitoring syste...; Object ID: issw-2012-1069-1080.pdf; Keywords: upground penetrating radar (gpr), tramway ground penetrating radar (gpr), temporal/ spatial variability; View additional details about Temporal and Spatial Changes of a Seasonal Snowpack Within a Small Sheltered Slope

Title: Innovative Devices for the SWE Estimation at the Basin Scale: A Field Study in the Western Alps: Date: 2009; Authors: G. Bal, I. Bevilacqua, E. Cremonese, P. Dellavedova, F. Diotri, S. Ferraris, B. Frigo, A. Godio, S. Letey, U. Morra di Cella, P. Pogliotti, M. Previatii, R. Rage; Description: The first results of the â€œSnowRKnownâ€ project (supported by Fondazione CRT), which investigates the Snow Water Equivalent (SWE) at the bas...; Object ID: issw-2009-0175-0179.pdf; Keywords: snow water equivalent, ground penetrating radar (gpr), time domain reflectometry (tdr), water content reflectometry (wcr), spatial variability; View additional details about Innovative Devices for the SWE Estimation at the Basin Scale: A Field Study in the Western Alps

Title: Airborne Detection of Avalanche Victims with Ground Penetrating Radar: Date: 2006; Authors: Achim Heilig, Martin Schneebeli; Description: The detection of buried avalanche victims not wearing a beacon is an important problem for rescue operations. The development of a fast and reliable ...; Object ID: issw-2006-660-666.pdf; Keywords: ground penetrating radar (gpr), avalanche victim, airborne detection; View additional details about Airborne Detection of Avalanche Victims with Ground Penetrating Radar

Title: Avalanche Victim Search by Ground Penetrating Radar: Date: 2004; Authors: Christian Jaedicke; Description: Ground penetrating radar (GPR) systems are used in many applications of snow and ice research. The information from the GPR is used to identify and in...; Object ID: issw-2004-383-388.pdf; Keywords: ground penetrating radar (gpr), snow avalanches, search and rescue; View additional details about Avalanche Victim Search by Ground Penetrating Radar

Title: Analysis of the Effectiveness of Geophysical Methods in the Locating of Snow Avalanche Victims: Date: 2004; Authors: D. Klepacki, N.J. Dimick, M. Wennogle; Description: Hundreds of people worldwide are killed in snow avalanches each year. (Adkins, CAIC) A small percentage of victims remain missing after the use of tra...; Object ID: issw-2004-389-398.pdf; Keywords: avalanche, victim recovery, ground penetrating radar (gpr), electromagnetic; View additional details about Analysis of the Effectiveness of Geophysical Methods in the Locating of Snow Avalanche Victims

Title: Ground Penetrating Radar Location of Buried Avalanche Victims: Date: 2004; Authors: Justin Modroo , Gary R. Olhoeft; Description: The best way to survive being buried alive in an avalanche is with the use of requisite signal Iocator tools such as a personal transceiver or a RECCO...; Object ID: issw-2004-399-408.pdf; Keywords: ground penetrating radar (gpr), rescue, avalanche, imaging, location, recovery; View additional details about Ground Penetrating Radar Location of Buried Avalanche Victims