ISSW2018 - Special Topic: Model chains and simulation

Artikel aus einem Buch

200204787

O8.1 Topographic uncertainty in avalanche simulations; Julia Kowalski, Yiting Cai, Hu Zhao; O8.2 The MeteoIO Pre-Processing Library for operational applications; Mathias Bavay, Joel Fiddes, Charles Fierz, Michael Lehning, Fabiano Monti, Thomas Egger; O8.3 Applying numerical snow avalanche simulations for hazard assessment in the Kamchik pass area, Uzbekistan; Eleonora Semakova, Viktor Safronov, Adham Mamaraimov, Bakhtiar Nurtaev, Dmitry Semakov, Yves Bühler; O8.4 Interception of snowfall by the trees is the main challenge for snowpack simulations under forests; Laure Vincent, Yves Lejeune, Matthieu Lafaysse, Aaron Boone, Erwan Le Gac,Catherine Coulaud, Guilhem Freche, Jean-Emmanuel Sicart ; O8.5 Wet snow avalanche simulations to asses flow-obstacle-interactions and potential defense structure designs; Khim B. Khattri, Jan-Thomas Fischer, Bhadra Man Tuladhar, Michel Jaboyedoff,Shiva P. Pudasaini ; O8.6 Snow entrainment: Avalanche interaction with an erodible substrate; Perry Bartelt, Marc Christen, Yves Bühler, Andrin Caviezel, Othmar Buser ; P8.1 A multi-layer snow cover model for numerical weather prediction and climate models; Sascha Bellaire, Michael Lehning; P8.2 Modelling snow redistribution by wind – Low Tatras, Slovakia; Anna Seres; P8.4 Automated identification of forest with protective function against snow avalanches in the Trento Province (Italy). Fabiano Monti, Ruggero Alberti, Paola Comin, Alessandro Wolynski, Luca Vallata,Yves Buehler; P8.5 Potential of automated avalanche dynamic simulations for large scale hazard indication mapping in Italy: a first test application in Aosta Valley; Margherita Maggioni, Eloïse Bovet, Michele Freppaz, Valerio Segor, Yves Bühler; P8.6 Comparison of powder snow avalanche simulation models (RAMMS and SamosAT) based on reference events in Switzerland; Korbinian Schmidtner, Perry Bartelt, Wolfgang Fellin, Jan-Thomas Fischer, Matthias Granig, Rudolf Sailer, Peter Sampl, Lukas Stoffel; P8.7 Automatic Dynamic Avalanche Modeling – An example of its application in an operational setting in Norway; Cesar Vera, Nander Wever, Stian Langeland, Leif Øyvind Solemsli, Walter Steinkogler; P8.8 Statistical runout modeling of snow avalanches in the Catalan Pyrenees; Pere Oller, Cristina Baeza, Glòria Furdada ; P8.9 To the origin of the temperature bias in the AROME numerical weather forecast; model : investigations at a high-altitude site; Isabelle Gouttevin, Vincent Vionnet, Fatima Karbou, Hugo Merzisen, Yannick Deliot; P8.10 Operational model-based forecast of wet snow avalanche activity: Experiences from two seasons; Andreas Gobiet, Lisa Jöbstl; P8.11 Simulation of dense snow avalanches with open-source software; Andreas Huber, Matthias Rauter, Andreas Kofler, Jan-Thomas Fischer, Marc Adams; P8.13 Sensitivity Analysis of the RAMMS Avalanche Dynamics Model in a Canadian Transitional Snow Climate ; Ryan Buhler, Chris Argue, Bruce Jamieson, Alan Jones; P8.14 Can scenario-based avalanche dynamics calculations help in the decision making process for road closures? Lukas Stoffel, Stefan Margreth, Yves Bühler, Perry Bartelt, Jürg Schweizer; P8.15 A successful attempt to introduce the protective dams into snow avalanches simulations by RAMMS in the Khibini Mountains, Russia; Alla Turchaninova, Yury Seliverstov, Anton Komarov, Sergey Sokratov, Ekaterina Loginova; P8.16 Dan3D Model Parameters for Snow Avalanche Case Studies in Western Canada; Michael Conlan, Jordan Aaron, Katherine Johnston, Dave Gauthier, Scott McDougall; P8.17 Model fusion – from weather activity to avalanche length; Lisa Jöbstl, Matthias Granig, Arnold Studeregger; P8.18 Simulating snow process chains: avalanche-river interactions with r.avaflow; Tommaso Baggio, Martin Mergili, Shiva Pudasaini, Sarah Carter, Jan-Thomas Fischer; P8.19 A Bayesian approach to consider uncertainties in avalanche simulation; Andreas Kofler, Jan-Thomas Fischer; Andreas Huber, Martin Mergili, Wolfgang Fellin, Michael Oberguggenberger; P8.20 Modelling snow avalanches with MWDiEM; Katalin Gillemot; P8.21 Evaluating approaches to assess avalanche hazards from the user point of view; Korbinian Schmidtner, Rudolf Sailer, Perry Bartelt, Wolfgang Fellin, Jan-Thomas Fischer, Matthias Granig; P8.22 Linking modelled potential release areas with avalanche dynamic simulations: an automated approach for large-scale avalanche hazard mapping; Yves Bühler, Daniel von Rickenbach, Marc Christen, Lukas Stoffel, Stefan Margreth,Andreas Stoffel, Roderick Kühne; P8.23 Estimates on the reach of the powder part of avalanches; Peter Gauer