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 TU2.R19: Clouds and Precipitation I
Presentation Mode Virtual
Session Time Tue, 29 Sep, 14:30 - 16:30 UTC
Tue, 29 Sep, 22:30 - 00:30 China Standard Time (UTC +8)
Tue, 29 Sep, 16:30 - 18:30 Central Europe Time (UTC +2)
Tue, 29 Sep, 07:30 - 09:30 Pacific Daylight Time (UTC -7)
Session ChairsIan Adams, NASA Goddard Space Flight Center, David Kunkee, The Aerospace Corporation and Evan Ruzanski, Vaisala
TU2.R19.1: RECONFIGURING COSSIR FOR THE NEXT GENERATION OF CLOUD AND PRECIPITATION SCIENCE
         Stephen Joseph Munchak; NASA Goddard Space Flight Center
         Ian Adams; NASA Goddard Space Flight Center
         Rachael Kroodsma; University of Maryland
         Matthew Fritts; NASA Goddard Space Flight Center
         Lisa Milani; University of Maryland
TU2.R19.2: AN OPERATIONAL SATELLITE SNOWFALL RATE PRODUCT AT NOAA
         Huan Meng; National Oceanic and Atmospheric Administration
         Jun Dong; University of Maryland College Park
         Cezar Kongoli; University of Maryland College Park
         Ralph Ferraro; National Oceanic and Atmospheric Administration
         Banghua Yan; National Oceanic and Atmospheric Administration
         Limin Zhao; National Oceanic and Atmospheric Administration
TU2.R19.3: SPATIAL DOWNSCALING FOR GLOBAL PRECIPITATION MEASUREMENT USING A GEOGRAPHICALLY AND TEMPORALLY WEIGHTED REGRESSION MODEL
         Zhaozhao Zeng; Sun Yat-sen University
         Qian Shi; Sun Yat-sen University
         Javier Plaza; University of Extremadura
         Antonio Plaza; University of Extremadura
         Jun Li; Sun Yat-sen University
TU2.R19.4: CROSS VALIDATION OF GOES-R AND NOAA MULTI-RADAR MULTI-SENSOR (MRMS) QPE OVER THE CONTINENTAL UNITED STATES
         Luyao Sun; Ocean University of China
         Haonan Chen; NOAA Physical Sciences Laboratory
         Lei Han; Ocean University of China
         V. Chandrasekar; Colorado State University
         Jieying He; National Space Science Center
         Yang Liu; Ocean University of China
TU2.R19.5: EVALUATION OF GPM IMERG PRODUCTS OVER SOUTH KOREA
         Jianxin Wang; Science Systems and Applications, Inc
         Walter Petersen; NASA Marshall Space Flight Center
         David Wolff; NASA Wallops Flight Facility
         Geun-Hyeok Ryu; Korea Meteorological Administration
TU2.R19.6: SATELLITE PRECIPITATION ESTIMATES (SPES) AND THEIR VALIDATION USING GROUND-BASED MEASURMENTS: A CASE STUDY IN UTTARAKHAND STATE, INDIA
         Anoop Kumar Shukla; Indian Institute of Technology Roorkee
         Satyavati Shukla; Guilin University of Technology
TU2.R19.7: ATTENUATION CORRECTION AT KU BAND FOR D3R RADAR
         Shashank S Joshil; Colorado State University
         V Chandrasekar; Colorado State University
TU2.R19.8: UNIT AREA AVERAGE RAINFALL ESTIMATION USING AN ELECTROMAGNETIC WAVE RAIN GAUGE SYSTEM
         Sanghun Lim; Korea Institute of Civil Engineering and Building Technology
         Jeongho Choi; Chosun College of Science & Technology
         Won Kim; Korea Institute of Civil Engineering and Building Technology
TU2.R19.9: UNDERSTANDING SEVERE WEATHER EVENTS AT AIRPORT SPATIAL SCALE
         Enrico Solazzo; Agenzia Regionale per la Protezione dell’Ambiente Ligure (ARPAL)
         Pierre-Yves Tournigand; Università degli Studi di Padova
         Stefano Barindelli; Politecnico di Milano
         Valerio Guglieri; Politecnico di Milano
         Eugenio Realini; Geomatics Research & Development (GReD)
         Luca Nisi; MeteoSwiss
         Riccardo Biondi; Università degli Studi di Padova
TU2.R19.10: A MACHINE LEARNING APPROACH TO DERIVE PRECIPITATION ESTIMATES AT GLOBAL SCALE USING SPACE RADAR AND GROUND-BASED OBSERVATIONS
         V. Chandrasekar; Colorado State University
         Haonan Chen; NOAA Earth System Research Laboratory and Colorado State University
TU2.R19.11: COMBINATION OF GEOSTATIONARY AND POLAR SATELLITE SENSORS TO MONITOR CUMULONIMBUS AND THEIR WINDS AT THE OCEAN SURFACE
         Tran Vu La; Extreme Weather Expertises
         Christophe Messager; Extreme Weather Expertises
         Rémi Sahl; Extreme Weather Expertises
         Paco Dupont; Extreme Weather Expertises
         Etienne Prothon; Extreme Weather Expertises
         Marc Honnorat; Extreme Weather Expertises
TU2.R19.12: BRIGHTNESS TEMPERATURE OBTAINED FROM GLOBAL PRECIPITATION MEASUREMENT MISSION'S DUAL-FREQUENCY PRECIPITATION RADAR
         Kaya Kanemaru; National Institute of Information and Communications Technology
         Toshio Iguchi; ESSIC, University of Maryland / NASA Goddard Space Flight Center
         Atsushi Hamada; University of Toyama