MO2.R17.1: COMBINING THE STRONG FLUCTUATION THEORY WITH ROUGH SOIL MODELS FOR IMPROVING THE SIMULATION ACCURACY OF ALPINE SNOWPACKS AT C- AND X-BANDS
Fabrizio Baroni, Simone Pettinato, Emanuele Santi, Giuliano Ramat, Giacomo Fontanelli, Alessandro Lapini, Simonetta Paloscia, Paolo Pampaloni, Simone Pilia, IFAC-CNR, Italy
MO2.R17.2: GEOMETRIC REPRESENTATION OF WET SNOW USING AS A TRI-CONTINUOUS COMPOSITES AND ITS SCATTERING CHARACTERIZATION WITH DISCRETE DIPOLE APPROXIMATION
Xin Lv, Chunzeng Luo, Shurun Tan, Zhejiang University, China
MO2.R17.3: A STUDY OF TIME SERIES DUAL FREQUENCY X AND KU BAND VOLUME SCATTERING SWE RETRIEVAL ALGORITHMS
Michael Durand, Joel Johnson, Ohio State University, United States; Leung Tsang, Firoz Borah, University of Michigan, United States; Ed Kim, NASA GSFC, United States; Ana Barros, University of Illinois Urbana-Champaign, United States; Carrie Vuyovich, NASA GSFC, United States
MO2.R17.4: STUDIES OF SNOWPACK SENSING USING THE ULTRA-WIDEBAND SOFTWARE DEFINED RADIOMETER (UWBRAD)
Joel Johnson, Mohammad Al-Khaldi, Mark Andrews, The Ohio State University, United States; Roger DeRoo, University of Michigan, United States
MO2.R17.5: MICROWAVE FIELD MEASUREMENT OF NEW ZEALAND ALPINE SNOW WETNESS
Adrian Tan, Lincoln Agritech Limited, New Zealand; Wolfgang Rack, University of Canterbury, New Zealand; Kimberley Eccleston, Ian Platt, Eva Anton, Ian Woodhead, Lincoln Agritech Limited, New Zealand
