2020 IEEE International Geoscience and Remote Sensing Symposium

September 26 - October 2, 2020 • Virtual Symposium

2020 IEEE International Geoscience and Remote Sensing Symposium

September 26 - October 2, 2020 • Virtual Symposium

My IGARSS 2020 Schedule

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Session Detail

Session Title MO2.R9: RS of Snow and Frozen Ground
Presentation Mode Virtual
Session Time Mon, 28 Sep, 14:30 - 16:30 UTC
Mon, 28 Sep, 22:30 - 00:30 China Standard Time (UTC +8)
Mon, 28 Sep, 16:30 - 18:30 Central Europe Time (UTC +2)
Mon, 28 Sep, 07:30 - 09:30 Pacific Daylight Time (UTC -7)
Session ChairsJiancheng Shi, State Key Laboratory for Remote Sensing Science and Lingmei Jiang, Beijing Normal University
MO2.R9.1: SNOW SIZE DISTRIBUTION AND AGGREGATION MODELING BASED ON THE BICONTINUOUS MODEL
         Jiyue Zhu; University of Michigan
         Leung Tsang; University of Michigan
         Haoran Shen; University of Michigan
         Xiaolan Xu; NASA Jet Propulsion Laboratory
MO2.R9.2: SNOW GRAIN SIZE ESTIMATES FROM AIRBORNE KA-BAND RADAR MEASUREMENTS
         Jilu Li; University of Kansas
         Bruno Camps-Raga; University of Kansas
         Fernando Rodriguez-Morales; University of Kansas
         Daniel Gomez-Garcia; University of Kansas
         John Paden; University of Kansas
         Carl Leuschen; University of Kansas
MO2.R9.3: VALIDATION OF THE COMBINED ACTIVE AND PASSIVE MICROWAVE SNOW RETRIEVAL ALGORITHM USING ESA SNOWSAR APPLIED TO CANADA AND US
         Dohyuk Kang; University of Maryland
         Jiyue Zhu; University of Michigan
         Edward Kim; NASA Goddard Space Flight Center
         Leung Tsang; University of Michigan
MO2.R9.4: MULTI-FREQUENCY SAR IMAGES FOR SWE RETRIEVAL IN ALPINE AREAS THROUGH MACHINE LEARNING APPROACHES
         Simone Pettinato; CNR-IFAC
         Simonetta Paloscia; CNR-IFAC
         Emanuele Santi; CNR-IFAC
         Enrico Palchetti; CNR-IFAC
         Ludovica De Gregorio; EURAC
         Claudia Notarnicola; EURAC
         Giovanni Cuozzo; EURAC
         Carlo Marin; EURAC
         Francesca Cigna; ASI-Agenzia Spaziale Italiana
         Deodato Tapete; ASI-Agenzia Spaziale Italiana
MO2.R9.5: AIRBORNE DUAL-BAND MICROWAVE RADAR SYSTEM FOR SNOW THICKNESS MEASUREMENT
         Drew Taylor; University of Alabama
         Stephen Yan; University of Alabama
         Charles O'Neill; University of Alabama
         Prasad Gogineni; University of Alabama
         Sevgi Gurbuz; University of Alabama
         Barbaros Aslan; University of Alabama
         Jordan Larson; University of Alabama
         Deepak Elluru; University of Alabama
         Shriniwas Kolpuke; University of Alabama
         Linfeng Li; University of Alabama
         Farin Mahjabeen; University of Alabama
         Josh Nunn; University of Alabama
         Mahbubur Rahman; University of Alabama
         Omid Reyhani; University of Alabama
         Christopher D. Simpson; University of Alabama
         Ryan Thomas; University of Alabama
         Shashank Wattal; University of Alabama
         Jonathan Blake; University of Alabama
         Carter Boyle; University of Alabama
         John Glidden; University of Alabama
         MacKenzie Higgs; University of Alabama
MO2.R9.6: ASSESSING THE PERFORMANCES OF FY-3D/MWRI AND DMSP SSMIS IN GLOBSNOW-2 ASSIMILATION SYSTEM FOR SWE ESTIMATION
         Jianwei Yang; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Kari Luojus; Finnish Meteorological Institute
         Juha Lemmetyinen; Finnish Meteorological Institute
         Matias Takala; Finnish Meteorological Institute
MO2.R9.7: DIAGNOSTIC ANALYSIS OF A DATA ASSIMILATION FRAMEWORK FOR IMPROVING SNOW MASS ESTIMATION IN COMPLEX TERRAIN
         Jawairia Ahmad; University of Maryland
         Barton Forman; University of Maryland
MO2.R9.8: THE VALIDATION OF SNOW COVER PRODUCT OVER HIGH MOUNTAIN ASIA
         Xu Su; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Gongxue Wang; Beijing Normal University
         Jian Wang; Beijing Normal University
MO2.R9.9: OBSERVING SYSTEM SIMULATION EXPERIMENT FOR REMOTE SENSING OF SNOW AT P-BAND
         Xiaolan Xu; NASA Jet Propulsion Laboratory
         Rashmi Shah; NASA Jet Propulsion Laboratory
         Simon Yueh; NASA Jet Propulsion Laboratory
         Steve Margulis; University of California, Los Angeles
MO2.R9.10: CHARACTERIZATION OF ALPINE SNOWPACKS USING A LOW COMPLEXITY PORTABLE MIMO RADAR SYSTEM
         Lekhmissi Harkati; IETR/University of Rennes 1
         Ray Abdo; IETR/University of Rennes 1
         Stephane Avrillon; IETR/University of Rennes 1
         Laurent Ferro-Famil; IETR/University of Rennes 1
         Isabelle Gouttevin; Météo-France/CNRS
         Yannick Deliot; Météo-France/CNRS
         Hugo Merzisen; Météo-France/CNRS
         Pascal Salze; Météo-France/CNRS
         Franck Delbert; Météo-France/CNRS
         Philipe Lapalus; Météo-France/CNRS
         Yves Lejeune; Météo-France/CNRS
         Erwan Le Gac; Météo-France/CNRS
         Hervé Bellot; Météo-France/CNRS
         Xavier Ravana; Météo-France/CNRS
         Fatima Karbou; Météo-France/CNRS
MO2.R9.11: ESTIMATING EFFECTIVE SNOW GRAIN SIZE USING NORMALIZED CHANNEL RATIOS OF MODIS 0.86 AND 1.64 MICRON BANDS
         Gang Hong; Science Systems and Applications, Inc.
         William Smith Jr.; NASA Langley Research Center
         Sunny Sun-Mack; Science Systems and Applications, Inc.
         Patrick Minnis; Science Systems and Applications, Inc.
         Yan Chen; Science Systems and Applications, Inc.
MO2.R9.12: SNOW RADAR LAYER TRACKING USING ITERATIVE NEURAL NETWORK APPROACH
         Oluwanisola Ibikunle; CReSIS / University of Kansas
         John Paden; Center for Remote Sensing Ice Sheet
         Maryam Rahnemoonfar; University of Maryland, Baltimore County, Maryland
         David Crandall; Indiana University School of Informatics
         Masoud Yari; Texas A&M University-Corpus Christi