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MOP.P: Soil Moisture: Passive Microwave

Session Type: Poster
Time: Monday, July 23, 17:20 - 19:00
Location: Poster Area
Session Chair: Alicia Joseph, NASA
 
  MOP.P.MOP.P.174: ESTIMATED SOIL MOISTURE IN VEGETATED AREA USING MULTITEMPORAL MULTIPOLARIZATION DATA
         Buho Hoshino; Rakuno Gakuen University
         Gaku Kudo; Hokkaido University
         Masami Kaneko; Rakuno Gakuen University
         Hidehisa Taniuchi; Rakuno Gakuen University
         Hisae Iino; Rakuno Gakuen University
         Tetsuo Yabuki; Rakuno Gakuen University
 
  MOP.P.MOP.P.175: A NEW METHOD FOR ESTIMATION OF BARE SURFACE SOIL MOISTURE WITH L-BAND RADIOMETER
         Peng Guo; Chinese Academy of Sciences
         Jiancheng Shi; Chinese Academy of Sciences
         Jinyang Du; Chinese Academy of Sciences
         Qiang Liu; Chinese Academy of Sciences
 
  MOP.P.MOP.P.176: A SOIL MOISTURE RETRIEVAL MODEL USING PARAMETERIZED FIRST-ORDER MODEL
         Lijiao Xiao; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Lixin Zhang; Beijing Normal University
         Fengmin Wu; Beijing Normal University
         Zhenguo Hao; Beijing Normal University
 
  MOP.P.MOP.P.177: EXPERIMENTAL STUDY OF REFLECTION COEFFICIENT FREQUENCY DEPENDENCE FROM ROUGH SURFACE IN L-BAND
         Pavel Dagurov; Institute of Physical Material Science of Siberian Branch of Russian Academy of Science
         Aleksey Dmitriev; Institute of Physical Material Science of Siberian Branch of Russian Academy of Science
         Valery Mironov; Kirensky Institute of Physics, Siberian Branch, Russian Academy of Sciences
         Boris Basanov; Institute of Physical Material Science of Siberian Branch of Russian Academy of Science
         Tumen Chymitdorzhiev; Institute of Physical Material Science of Siberian Branch of Russian Academy of Science
 
  MOP.P.MOP.P.178: A STATISTIC MODEL DEVELOPED TO ESTIMATE THE PENETRATION DEPTH USING PASSIVE MICROWAVE REMOTE SENSING
         Tao Zhang; Beijing Normal University
         Lixin Zhang; Beijing Normal University
         Shaojie Zhao; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Linna Chai; Beijing Normal University
 
  MOP.P.MOP.P.179: TOWARDS SOIL HYDRAULIC PARAMETER RETRIEVAL FROM A LAND SURFACE MODEL UNDER DIFFERENT METEOROLOGICAL CONDITIONS
         Ranmalee Bandara; Monash University
         Jeffrey P. Walker; Monash University
         Christoph Rüdiger; Monash University
         Robert Gurney; University of Reading
 
  MOP.P.MOP.P.180: REDUCTION OF SURFACE ROUGHNESS EFFECTS ON THE SOIL MOISTURE RETRIEVAL FROM AMSR-E DATA
         Zeng-Lin Liu; Institute of Geographic Sciences and Natural Resources Research, CAS
         Bo-Hui Tang; Institute of Geographic Sciences and Natural Resources Research, CAS
         Hua Wu; Institute of Geographic Sciences and Natural Resources Research, CAS
         Zhao-Liang Li; Institute of Geographic Sciences and Natural Resources Research, CAS
 
  MOP.P.MOP.P.181: A GLOBAL PASSIVE MICROWAVE BASED WETNESS INDEX FOR THE MONITORING OF SOIL MOISTURE AND INUNDATION
         Marouane Temimi; NOAA-CREST / City University of New York
         Teodosio Lacava; Institute of Methodologies for Environmental Analysis (IMAA), National Research Council
         Irina Coviello; Institute of Methodologies for Environmental Analysis (IMAA), National Research Council
         Mariapia Faruolo; Institute of Methodologies for Environmental Analysis (IMAA), National Research Council
         Reza Khanbilvardi; NOAA-CREST / City University of New York
         Nicola Pergola; Institute of Methodologies for Environmental Analysis (IMAA), National Research Council
         Valerio Tramutoli; University of Basilicata
         Donna Wang; NOAA-CREST / City University of New York
 
  MOP.P.MOP.P.182: ANALYSIS OF THE RELATIONSHIP BETWEEN MICROWAVE EMISSIVITY AND NDVI / MVI/SOIL MOISTURE OVER TIBETAN PLATEAU, CHINA
         Shi Lijuan; Center for Earth Observation and Digital Earth, CAS
         Qiu Yubao; Center for Earth Observation and Digital Earth, CAS
 
  MOP.P.MOP.P.183: ANALYZING TOPOGRAPHY EFFECTS FOR L-BAND RADIOMETRY USING AN IMPROVED MODEL APPROACH
         Xinxin Li; Beijing Normal University
         Lutz Weihermüller; Juelich Research Center
         Lixin Zhang; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Harry Vereecken; Juelich Research Center
 
  MOP.P.MOP.P.184: SURFACE SOIL MOISTURE EVALUATION BY A MULTITEMPORAL SATELLITE APPROACH
         Katia Fontanelli; Institute of Applied Physics
         Roberto Carlà; Institute of Applied Physics
         Federica Fiorucci; University of Perugia
         Leonardo Santurri; Institute of Applied Physics
 
  MOP.P.MOP.P.185: QUANTIFYING UNCERTAINTIES IN LAND SURFACE MICROWAVE EMISSIVITY RETRIEVALS
         Yudong Tian; University of Maryland
         Christa Peters-Lidard; NASA Goddard Space Flight Center
         Kenneth Harrison; University of Maryland
 
  MOP.P.MOP.P.665: SOIL MOISTURE RETRIEVAL BY REMOTE SENSING AND MULTI-YEAR TREND ANALYSIS OF THE SOIL MOISTURE IN TIBETAN PLATEAU
         Qiang Liu; Institute of Remote Sensing Applications, CAS
         Jiancheng Shi; Institute of Remote Sensing Applications, CAS
         Jinyang Du; Institute of Remote Sensing Applications, CAS
         Shenglei ZHANG; Institute of Remote Sensing Applications, CAS