FRP1.PC: Remote Sensing of Soil and Vegetation: Applications II |
Session Type: Poster |
Time: Friday, July 30, 09:40 - 10:45 |
Location: Poster Area C |
Session Chair: Reza Khanbilvardi, City University of New York
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FRP1.PC.1: SURFACE SOIL MOISTURE ESTIMATION FROM SEVIRI DATA ONBOARD MSG SATELLITE |
Wei Zhao; Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences |
Jelila Labed; LSIIT, University of Strasbourg |
Xiaoyu Zhang; ShanXi University |
Zhao-Liang Li; Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences |
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FRP1.PC.2: AN TWO-DIMENSIONAL SPECTRAL SPACE BASED MODEL FOR DROUGHT MONITORING AND ITS RE-EXAMINATION |
Qiming Qin; Peking University |
Chuan Jin; Peking University |
Ning Zhang; Peking University |
Xuebin Yang; Peking University |
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FRP1.PC.3: DOWN-SCALING OF SATELLITE HYPERSPECTRAL IMAGES FOR MONITORING CROPLANDS |
Eunoung Choe; National Academy of Agricultural Science |
SukYoung Hong; National Academy of Agricultural Science |
YiHyun Kim; National Academy of Agricultural Science |
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FRP1.PC.4: MAPPING VARIATION IN SOIL VOLUMETRIC SHRINKAGE USING ASTER IMAGERY |
Fekerte Arega Yitagesu; International Institute for Geo-information Science and Earth Observation, ITC |
Freek Van der Meer; International Institute for Geo-information Science and Earth Observation, ITC |
Harald Van der Werff; International Institute for Geo-information Science and Earth Observation, ITC |
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FRP1.PC.5: RETRIEVE SOIL MOISTURE FROM MIXED-PIXELS BASED ON SCALE TRANSFORMATION USING HYPERSPECTRAL DATA |
Daihui Wu; Institute of Remote Sense and Geographic Information System, Peking University |
Binyan Yan; Institute of Remote Sense and Geographic Information System, Peking University |
Yaokui Cui; Institute of Remote Sense and Geographic Information System, Peking University |
Wenjie Fan; Institute of Remote Sense and Geographic Information System, Peking University |
Xiru Xu; Institute of Remote Sense and Geographic Information System, Peking University |
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FRP1.PC.6: VALIDATION OF WATERSHED SCALE SOIL MOISTURE DERIVED FROM MODIS REMOTE SENSING DATA: A CASE STUDY IN THE YIHE BASIN OF CHINA |
Wanchang Zhang; Nanjing University |
Jiongfeng Chen; Nanjing University |
Kexin Zhang; Linyi Meteorological Bureau |
Xuemei Lv; Linyi Meteorological Bureau |
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FRP1.PC.7: COMPARISON OF VEGETATION WATER CONTENT ESTIMATES FROM WINDSAT AND MODIS |
E. Raymond Hunt Jr.; USDA-ARS |
Li Li; Naval Research Laboratory |
M. Tugrul Yilmaz; George Mason University |
Thomas Jackson; USDA-ARS |
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FRP1.PC.8: USING MODIS LAND PRODUCTS TO ESTIMATE REGIONAL EVAPOTRANSPIRATION |
Yujiu Xiong; Sun Yat-Sen University |
Guoyu Qiu; Shenzhen Graduate School of Peking University |
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FRP1.PC.9: EFFECTS OF SPATIAL HETEROGENEITY OF SOIL PARAMETERS ON SOIL MOISTURE RETRIEVAL FROM PASSIVE MICROWAVE REMOTE SENSING |
Tao Zhang; Beijing Normal University |
Lixin Zhang; Beijing Normal University |
Lingmei Jiang; Beijing Normal University |
Tianjie Zhao; Beijing Normal University |
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FRP1.PC.10: RESEARCH ON DYNAMIC CHANGE AND TREND OF GUYUAN SOIL EROSION BASED ON RS AND GIS |
Jianming Liu; Capital Normal University |
Wenji Zhao; Capital Normal University |
Zhuowei Hu; Capital Normal University |
Zhiheng Wang; Capital Normal University |
Nakagoshi Nobukazu; Hiroshima University |
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FRP1.PC.11: USING AMSR-E LAND PRODUCT TO MONITOR THE DROUGHT PROCESS IN CHINA |
Shengli Wu; National Satellite Meteorological Center |
Xiaoxiang Zhu; National Satellite Meteorological Center |
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