ISSW2018 - Special Topic: Avalanche detection: Industry and research

Artikel aus einem Buch

200204783

O7.1 An automated alarm and warning system for the Bisgletscher icefall, Switzerland, using a 5 km Avalanche Radar and a High-Resolution Camera; Lorenz Meier, Richard Steinacher, Martin Funk, André Burkard, Evelyn Zenklusen; Mutter, Martin Proksch, Norbert Carlen, Pascal Stoebener; O7.2 Avalanche Monitoring Using Portable Low-cost Infrasound Systems; Sin Loo, H. P. Marshall, Austin Davis, Mark Laverty, Grady Anderson, Jeff Johnson, Jake Anderson, Bill Nalli, Mark Saurer; O7.3 Real-time Radar Avalanche Detection of a large Detection Zone for Road Safety in Norway; Andreas Persson, Martin Venås, Lorenz Meier, Richard Steinacher; O7.4 Comparative analysis of avalanche seismic signals and Geodar data at the Vallée de la Sionne test site (2018); Pere Roig-Lafon, Cristina Pérez-Guillén, Betty Sovilla, Emma Suriñach, Anselm Köhler, Mar Tapia; Glòria Furdada; O7.5 Estimated evolution of the speed of powder, wet and transitional avalanches between two widely spaced locations at the VDSL experimental site extracted from the analysis of seismic signals; Emma Surinach, Leticia Flores-Márquez, Pere Roig-Lafon, Cristina Pérez-Guillén,Gloria Furdada; O7.6 Evaluating the performance of operational infrasound avalanche detection systems at three locations in the Swiss Alps during two winter seasons; Stephanie Mayer, lec van Herwijnen, Giacomo Ulivieri, Jürg Schweizer; O7.7 Detection and tracking of snow avalanches in Little Cottonwood Canyon, Utah using multiple small-aperture infrasound arrays; Jeffrey Johnson, Hans Peter Marshall, Sin Ming Loo, Bill Nalli, Mark Saurer, Scott Havens, Javier Colton, Jacob Anderson; O7.8 Infrasound Detection of Avalanches: operational experience from 28 combined winter seasons and future developments; Walter Steinkogler, Giacomo Ulivieri, Sandro Vezzosi, Jordy Hendrikx, Alec van Herwijnen, Tore Humstad; O7.9 Verification of the Success of Artificial Avalanche Releases in an Operational Project with Radar, Seismology, and Infrasound in Gonda (Lower Engadine, Switzerland); Peder Caviezel, Gian Cla Feuerstein, Lorenz Meier, Reto Baumann, Hansueli Gubler, Sam Wyssen, Walter Steinkogler; O7.10 Automatic classification of continuous seismic data for avalanche monitoring purposes; Matthias Heck, Conny Hammer, Manuel Hobiger, Alec van Herwijnen, Jürg Schweizer, Donat Fäh; O7.12 8 years experience in avalanche detection by using a Pulse Doppler Radar; Richard Koschuch; P7.1 Avalanche Doppler Radar Monitoring - Long Term velocity measurements at the Vallée de la Sionne Michael Neuhauser, Andreas Kofler, Anselm Köhler, Helmut Schreiber, Thomas Gigele, Betty Sovilla, Jan-Thomas Fischer; P7.2 Detecting Backcountry Avalanches in the Teton Range with Synthetic Aperture Radar (SAR); Danielle Barna, Bob Comey; P7.3 Retrieving snow stratigraphic information using a Frequency Modulated Continuous Wave (FMCW) Ka-band radar; Jacob Laliberte, Alexandre Langlois; Alain Royer, Jean-Benoit Madore, Francis Gauthier; P7.4 Application of a K-band Microwave sensor in the detection of water melt-freeze states within a snowpack; Santiago Rodriguez; P7.5 iButton Thermochrons - An Affordable and Effective Technique for Measuring Temperature Gradients; Greg Gagne; P7.6 Monitoring of the Weissmies Glacier before the failure event of September 10, 2017 with Radar Interferometry and High-Resolution Deformation Camera; Lorenz Meier, Richard Steinacher, Dominik Jäger, Martin Funk; P7.7 7 years of avalanche measurements with GEODAR radar; Anselm Köhler, Betty Sovilla, Jim McElwaine; P7.8 Testing and comparing a new 1.4 GHz coaxial sensor for liquid water content in snow; Jean-Benoit Madore, Alex Mavrovic, Alexandre Langlois, Jacob Laliberté, Alain Royer; P7.9 Drone-mounted UWB radar system for measuring snow depth and layering: Technical implementation, specifications and first mission results; Rolf Ole Rydeng Jenssen, Markus Eckerstorfer, Svein Jakobsen; P7.11 Automatic People Detection in Avalanche-Controlled Terrain during All-Weather Conditions; Susanne Wahlen, Lorenz Meier, Sam Wyssen, Manfred Graven, Kurt Guntli, Markus Hasler, Bernhard Arnold; P7.13 Improved apparatus for measuring specific surface area of snow by the methane adsorption method; Akihiro Hachikubo, Satoru Yamaguchi, Teruo Aoki; P7.14 SNOWAVE: a novel FMCW radar architecture for snow cover monitoring; Massimliano Barbolini, Elisabetta Ceaglio, Fabio Dell'Acqua, Paola Della Vedova,Pedro Espín López, Lorenzo Silvestri, Marco Pasian