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MOP2.PJ.1: SPATIOTEMPORAL MAPPING OF NEW INFESTATION OF MOUNTAIN PINE BEETLE IN THE U.S. CENTRAL ROCKY MOUNTAINS USING A LANDSAT-BASED TIME SERIES OF MORTALITY PERCENTAGE
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| Emma Bode; Montana State University |
| Rick Lawrence; Montana State University |
| Scott Powell; Montana State University |
| Amy Trowbridge; Montana State University |
| Shannon Savage; Montana State University |
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MOP2.PJ.2: SOIL MOISTURE ESTIMATION FROM SMAP OBSERVATIONS USING LONG SHORT-TERM MEMORY (LSTM)
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| Ali Ben Abbes; Centre d’applications et de Recherches en Télédétection (CARTEL) |
| Ramata Magagi; Centre d’applications et de Recherches en Télédétection (CARTEL) |
| Kalifa Goita; Centre d’applications et de Recherches en Télédétection (CARTEL) |
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MOP2.PJ.3: APPLYING SENTINEL-1 TIME SERIES ANALYSIS TO SUGARCANE HARVEST DETECTION
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| Mattia Stasolla; Royal Military Academy |
| Xavier Neyt; Royal Military Academy |
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MOP2.PJ.4: LAND-USE/LAND-COVER CHANGE AND DRIVERS OF LAND DEGRADATION IN THE HORQIN SANDY LAND, CHINA
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| Yun Du; Shanghai Normal University |
| Hasi Bagan; Shanghai Normal University |
| Wataru Takeuchi; University of Tokyo |
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MOP2.PJ.5: MONITORING A TIME-SERIES OF LAND SUBSIDENCE IN BUSAN, KOREA USING SPACE-BASED MULTI-TEMPORAL SAR OBSERVATIONS
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| Seo-Woo Park; Pusan National University |
| Seong-Woo Jung; Pusan National University |
| Sang-Hoon Hong; Pusan National University |
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MOP2.PJ.6: DETECTION OF SPATIOTEMPORAL CHANGES OF SURFACE MINING AREA IN CHANGTING COUNTY SOUTHEAST CHINA
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| Bo Wu; Jiangxi Normal University |
| Yindi Zhao; China University of Mining and Technology |
| Chaoyang Fang; Jiangxi Normal University |
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MOP2.PJ.7: MODIS EVI TIME SERIES BREAKPOINT DETECTION FOR ONLINE DEFORESTATION MONITORING IN CHACO FOREST USING CONVOLUTIONAL NETWORKS
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| Francisco Grings; Institute of Astronomy and Space Physics (IAFE) |
| Esteban Roitberg; Institute of Astronomy and Space Physics (IAFE) |
| Veronica Barraza; Institute of Astronomy and Space Physics (IAFE) |
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MOP2.PJ.8: A COOPERATIVE MULTITEMPORAL SEGMENTATION METHOD FOR SAR AND OPTICAL IMAGES CHANGE DETECTION
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| Ling Wan; Institute of Electronics, Chinese Academy of Sciences |
| Yuming Xiang; Institute of Electronics, Chinese Academy of Sciences |
| Hongjian You; Institute of Electronics, Chinese Academy of Sciences |
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MOP2.PJ.9: RESEARCH AND ANALYSIS OF LAND USE DYNAMIC CHANGE IN QINGDAO BASED ON RS AND GIS IN RECENT TEN YEARS
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| Yafei Wang; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Xiaoli Zhao; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Zengxiang Zhang; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Lijun Zuo; Aerospace Information Research Institute, Chinese Academy of Sciences |
| Wang Xiao; Aerospace Information Research Institute, Chinese Academy of Sciences |
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MOP2.PJ.10: FUSION OF OPTICAL IMAGERY AND SYNTHETIC APERTURE RADAR (SAR) FOR ECOLOGICAL CHANGE DETECTION OF NIPA PALM IN THAILAND
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| Jannet Bencure; Asian Institute of Technology |
| Nitin Kumar Tripathi; Asian Institute of Technology |
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MOP2.PJ.11: EVALUATION OF GRIDDED CO2 EMISSIONS FROM NIGHT-TIME LIGHTS COMPARED WITH GEOSPATIALLY-DERIVED POPULATION DISTRIBUTIONS FOR VIETNAM, CAMBODIA, AND LAOS
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| Andrea Gaughan; University of Louisville, WorldPop |
| Tomohiro Oda; Universities Space Research Association / NASA Goddard Space Flight Center |
| Alessandro Sorichetta; WorldPop, University of Southampton |
| Forrest Stevens; University of Louisville, WorldPop |
| Laura Krauser; University of Louisville |
| Greg Yetman; Columbia University |
| Rostyslav Bun; Lviv Polytechnic National University, WSB University |
| Maksym Bondarenko; WorldPop, University of Southampton |
| Son Nghiem; California Institute of Technology, NASA Jet Propulsion Laboratory |
