- [Priority Themes] Ecological systems monitoring including agriculture
- [Priority Themes] Monitoring to predict natural disasters and to grasp its damage situations
- [Priority Themes] Civil Infrastructures monitoring
- Sensor Calibration
- Land Use & Land Cover Research
- Geology, Geography
- Disaster and earthquake
- Agriculture
- Snow and Ice
- Vegetation, forestry and wetland
- Hydrology
- Oceanography and coastal zone
- Polar Research
- Polarimetry and interferometry, Ionosphere research
- Resources related research, Education, Others
2018年5月8日現在
No. | Name | Organization | Reseach Title | Country |
---|---|---|---|---|
3001 | Xiaogang Song | Institute of Geology, China Earthquake Administration (CEA) | Interseismic Strain Accumulation Across the Litang Fault Zone (Western Sichuan Province, China) from InSAR and GPS observation | China |
3005 | Estelle Chaussard | State University of New York at Buffalo | Characterization of the deformation of emplaced volcanic deposits | USA |
3007 | Gidon Baer | Geological Survey of Israel | Analysis of ground deformation associated with recent induced seismicity in Oklahoma, US | Israel |
3010 | Yusupujiang Aimaiti | Chiba University | Land subsidence measurement in Karamay city Using ALOS/PALSAR data | Japan |
3011 | Feng Xu | Fudan University | Monitoring land cover changes using high resolution polarimetric interferometric SAR images | China |
3019 | Xianjie Zha | University of Science and Technology of China | Using the PALSAR and PALSAR-2 data to study the movement of the active faults in China | China |
3024 | Paul Lundgren | California Institute of Technology | Application of ALOS-2 InSAR to volcano deformation processes | USA |
3025 | Paul Lundgren | California Institute of Technology | Application of InSAR and GPS time series to S. California earthquake cycle deformation transients | USA |
3031 | Guijie Wang | China Institute of Geo-Environment Monitoring | InSAR-based early detection and monitoring on progressive regional landslides | China |
3035 | Masafumi Nakagawa | Shibaura Institute of Technology | Attribute Data Classification and Change Detection for Urban Data Revision and Sabo Facility Management using Temporal ALOS-2 and 3D Spatial Data | Japan |
3043 | Sandro Martinis | German Aerospace Center (DLR) | Advancing PolSAR methods for rapid mapping of floods, landslides, volcanoes and fires using polarimetric L-Band SAR data | Germany |
3046 | Feifei Qu | Chang’an University | Mapping and characterizing land deformation over the Gulf Coast using multi-temporal InSAR | China |
3048 | Caijun Xu | Wuhan University | Present-day deformation along the northern margin of the Tibet Plateau inferred from SAR interferometry | China |
3051 | Jingfa Zhang | China Earthquake Adminstration | Monitoring and seismic hazard assessing: Constraints from ALOS-2 Imagery | China |
3053 | Sreejith K M | Indian Space Research Organisation (ISRO) | Earthquake and Volcanic Deformation Studies Using L-Band SAR Interferometry | India |
3058 | Qiang Chen | Southwest Jiaotong University | Aftershocks monitoring and characterization after the Wenchuan earthquake in the Longmen Shan fault zone near the eastern margin of Tibetan Plateau with ALOS-2/PALSAR-2 Interferometry | China |
3061 | Simone Atzori | INGV (Italian Institute for Geophysics and Volcanology) | Man-induced stress and seismicity at the Pertusillo lake reservoir (Southern Italy) | Italy |
3062 | Steve D. Bowman | Utah Geological Survey | Continuation of Ground Surface Deforamtion using Interferometric Synthetic Aperature Radar (InSAR) Data in Southwestern Utah, USA | USA |
3065 | Carolina Pagli | University of Pisa | Monitoring and modeling magma movements at Changbaishan volcano, China | Italy |
3073 | Jian-Ping Chen | China University of Geosciences (Beijing) | Detection subsidence and environment variations by using Alos-2 images in Wulong valley mining areas and Tongling mining areas, P. R. China | China |
3074 | Yuji Himematsu | Graduate school of science, Hokkaido university | Elucidating complex crustal deformation at the divergent plate boundary observed by satellite SAR | Japan |
3078 | Chisheng Wang | Shenzhen University | Compressive sensing of seismic slip model using space geodesy | China |
3081 | Michael Poland | U.S. Geological Survey | Volcano deformation in the northern Cascade Arc, USA | USA |
3083 | Michael Poland | U.S. Geological Survey | Magma supply, storage, and eruption at Hawaiian volcanoes | USA |
3084 | Jun Hu | Central South University | Estimating three-dimensional postseismic deformations and crustal strain tensors with ALOS-2 InSAR measurements | China |
3094 | Xiufeng He | Hohai University | Detect volume changes of confined aquifers based on long time series urban subsidence using ALOS data | China |
3099 | Tomohito Asaka | Nihon University | Relationship analysis between beach erosion and ground deformation in Japan | Japan |
3101 | Remy Dominique | Institut de recherche pour le Development IRD | Ground deformation monitoring and modeling of South-American volcanoes using satellite and ground based geodetic surveys | France |
3105 | Yinghui Yang | Southwest Petroleum University | Study on fault motion of seismic gap after Wenchuan and Lushan earthquakes by PS-InSAR technique | China |
3106 | Jun Sonoda | Institute of National College of Technology, Sendai College | Development of Searh Method for Huge Natural Disaster Using Spacebone and Ground Penatrating Composite Radar | Japan |
3114 | Jin Woo Kim | Southern Methodist University | Monitoring the landslides in the Western USA (Washington, northern California) with time-series InSAR analysis | USA |
3116 | Jin Woo Kim | Southern Methodist University | Sinkhole collapse in southern USA captured by time-series ALOS-2 PALSAR-2 InSAR processing | USA |
3123 | William Barnhart | University of Iowa | Evaluating and utilizing ALOS-2 InSAR products for international earthquake response at the USGS National Earthquake Information Center | USA |
3125 | Yongzhe Wang | Institute of Geophysics, China Earthquake Administration (CEA) | Locking Differences between Different Sections along Xiaojiang Fault Zone Revealed by InSAR Time series Analysis | P. R. China |
3128 | Masanobu Shimada | Tokyo Denki University | Development of landslide detection algorithm by using L-band SAR | Japan |
3140 | Daniele Perissin | Purdue University | Monitoring of US Interstate Highways Stability Using ALOS PALSAR-2 | USA |
3142 | Chao Wang | Institute of Remote Sensing and Digital Earth(RADI), Chinese Academy of Sciences(CAS) | East China Land Subsidence Monitoring Using PALSAR-2 ScanSAR images | China |
3144 | Franz J. Meyer | University of Alaska Fairbanks | Analysis of Volcanic Activity And Post-Eruptive Deposits on the Kamchatka Peninsula Using PALSAR-2 | USA |
3146 | Ana Beatriz Cosenza Muralles | University of Wisconsin-Madison | Interferometric analysis of JERS-1, ALOS and ALOS-2 SAR data over active volcanoes in the Guatemalan part of the Central America Volcanic Arc CAVA, for constraining dynamic models of magmatic processes. | USA |
3147 | Zhong Lu | Southern Methodist University | Processing and modeling of ALOS-2 InSAR and GPS to derive source models to monitor volcanic hazards over the Aleutian arc | USA |
3150 | Motoyuki Sato | Tohoku Univesrity | Damage Evaluation and Investigation of Natural Disaster using Polarimetric SAR Data | Japan |
3154 | Gareth Funning | University of California, Riverside | Measuring fault creep and interseismic strain accumulation on the faults of Northern California | USA |
3157 | Lingyun Ji | China Earthquake Adminitration | Interseismic slip of the western Altyn Tagh Fault, Tibetan plateau, from InSAR | China |
3170 | Josaphat Tetuko SRI SUMANTYO | Chiba University | Land Deformation Monitoring using Persistent Scatterers Interferometric Synthetic Aperture Radar (PS-InSAR) | Japan |
3174 | Peng Li | Ocean University of China | Large-scale Crustal Deformation related to Strain Accumulation and Release around the Tibetan Plateau measured using Wide-swath InSAR Observations | China |
3184 | Kerry Leith | ETH Zurich | Rock Slope Failure in Bhutan | Switzerland |
3187 | Jean-Luc FROGER | Observatoire de Physique du Globe de Clermont-Ferrand, Université Blaise Pascal | Monitoring Ground Surface Displacements at Piton de la Fournaise with PALSAR-2 | France |
3205 | Lujia FENG | Nanyang Technological University | Mapping active deformation of the Sumatran Fault | Singapore |
3206 | Benoit Taisne | Nanyang Technological University | Towards a better understanding of active volcanoes in Southeast Asia from PALSAR-2 and in-situ observations | Singapore |
3210 | Saygin Abdikan | Bulent Ecevit University | Earth Surface Deformation Monitoring Using L-band Interferometric SAR data | Turkey |
3214 | Zhiwei Li | Central South University | InSAR Analysis of Surface Deformation over Permafrost to Estimate Active Layer Thickness (ALT) based on Heat Transfer Model and Layered Subsidence Model of Soils | China |
3223 | Francois Jouanne | University of Savoie Mont Blanc | Insights into creep and interseismic deformation along El Pilar and Central Range Fault active strike-slip faults from D-INSAR. | France |
3225 | Raphael GRANDIN | Institut de Physique du Globe de Paris (IPGP) - CNRS | InSAR Monitoring of Lesser Antilles volcanoes | France |
3226 | Mudau Naledzani Audrey | SANSA Earth Observation | Towards development of South African Early-Warning System for Sinkholes and Surface Subsidence | South Africa |
3232 | Xiaoli DING | The Hong Kong Polytechnic University | Applying PALSAR-2 Datasets to Geo-Hazards Monitoring in Southern China | P.R.China |
3240 | Eric O. Lindsey | Nanyang Technological University | Mapping tectonic deformation in Myanmar: deciphering the Burma sliver | Singapore |
3243 | Wen LIU | Chiba University | Extraction of ground movements based on InSAR analysis of PALSAR-2 data | Japan |
3245 | Virginie Pinel | ISTerre | Improving monitoring of New Hebrides volcanoes with high resolution interferometry using ALOS-2 data. | FRANCE |
3246 | CHEN Yanling | Shanghai Astronomical Observatory,Chinese Academy of Scienses | Determination of 3D displacement and groundwater storage change in the Yangtze Delta by integrating ALOS-2 PALSAR and GPS data | China |
3248 | Mingsheng Liao | Wuhan University | Characterization of Landslide movements by exploiting both amplitude and phase information of PALSAR-1/2 datasets | P.R.China |
3259 | Jicang Wu | Tongji University | Extraction of Crustal deformation by using DInSAR of PALSAR-2 ScanSAR images at the eastern margin of Tibet Plateau | China |
3273 | ZHEN LIU | Jet Propulsion Laboratory, California Institute of Technology | Mapping crustal deformation and earthquake hazard in the central San Andreas Fault system, California using L-band ALOS data | USA |
3276 | Takeshi Sagiya | Nagoya University | Evaluation of seismogenic potential of the northern Andes in Colombia based on geodetic data | Japan |
3277 | Eric J. Fielding | Jet Propulsion Laboratory, California Institute of Technology | Environmental controls on landslide motion revealed by InSAR with ALOS-2 data | USA |
3278 | Eric J. Fielding | Jet Propulsion Laboratory, California Institute of Technology | Integrated Imaging for Fault Slip of Large Earthquakes with ALOS-2 data | USA |
3280 | Yang Chengsheng | Chang'an University | Ground fissure disaster monitoring with ALOS-2/PALSAR images over Hebei, China | P.R. China |
3281 | ZHEN LIU | Jet Propulsion Laboratory, California Institute of Technology | Earthquake Cycle Strain Accumulation and Volcanic Deformation and Hazards in Costa Rica using ALOS-2 data | USA |
3289 | Taku Ozawa | National Research Institute for Earth Science and Disaster Prevention | Research on volcano deformation monitoring using PALSAR-2 and ground-based radar interferometer | Japan |
3308 | Salvatore Stramondo | Istituto Nazionale di Geofisica e Vulcanologia (INGV) | Studying the impact of ground deformation on civil infrastructures | Italy |
3311 | Roland Burgmann | University of California, Berkeley | ALOS-2 InSAR Imaging of Natural Hazards in Northern California | USA |
3314 | Sun-Lin Chung | National Taiwan University | Monitoring of seismogenic faults and volcanism in Caucasus-Zagros orogenic belt | Taiwan |
3319 | Qiming Zeng | Peking University | Methods of seismic building collapse extraction with multi-mode and multi- polarization ALOS SAR data | China |
3328 | Pathier Erwan | University Grenoble Alpes | ALOS-2/SENTINEL-1 InSAR time-series analysis to study earthquake cycle in the Mexican subduction zone | France |
3333 | Anke Friedrich | Ludwig-Maximilians-University Munich | Utilizing SAR data to study complex topography and distributed deformation in mountainous regions and foreland basin settings - Alps, Europe | Germany |
3341 | William Barnhart | University of Iowa | Imaging human-induced deformation from oil and gas production with ALOS-2 imagery | USA |
3359 | Sang-Ho Yun | NASA Jet Propulsion Laboratory | Imaging magma intrusion with joint inversion of seismicity and geodetic observations | USA |
3360 | Sang-Ho Yun | NASA Jet Propulsion Laboratory | Rapid Production of Damage Proxy Map for Disaster Response | USA |
3361 | Zhang Qin | Chang’an University | Large coverage landslide detecting and monitoring with ALOS-2/PALSAR images over Chongqing, China | China |
3378 | Mohd Abdul Qadir Khan | North Eastern Space Applications Centre(NESAC), | Surface deformation studies in Eastern Shillong Plateau using SAR Interferometry and high precision geodetic GPS data | India |
3381 | Lei Zhang | The Hong Kong Polytechnic University | Retrieval of interseismic displacement in coastal zones from multi-temporal PALSAR measurements | Hong Kong |
3382 | Andrew Ford | Bournemouth University | Monitoring mass-movement hazards on the Jurassic Coast World Heritage Site using L-band speckle tracking InSAR | UK |
3390 | Jiankun He | Institute of Tibetan Plateau Research, Chinese Academy of Sciences | Inter-, co- and post-seismic displacement monitoring for the Ludian Earthquake's (Ms 6.5) in Northeast Yunnan, China: Implications for Chuan-Dian Block's eastward expansion and crustal rheology property | China |
3391 | Sylvain Barbot | Nanyang Technological University | Postseismic deformation following the 2015 Mw7.8 Gorkha earthquake, Nepal | Singapore |
3393 | Liu Guang | Institute of Remote Sensing and Digital Earth(RADI), Chinese Academy of Sciences | Monitoring land surface movement over rugged mountain area utilize time series SAR interferometry | P. R. China |
3400 | Ana Paula Martins Falcao Flor | Instituto Superior Tecnico - Universidade de Lisboa | Slope Instability Assessment for the Neighborhood of Water Reservoirs | Portugal |