Research Announcement

2nd Earth Observation Research Announcement(ALOS series PI)


As of Mar. 31th, 2022

No. Name Organization Research Title Country
001Yohei KinoshitaUniversity of TsukubaStudies for improving InSAR atmospheric delay correction methods in terms of both ionospheric and neural atmospheric delaysJapan
002Elske de Zeeuw-van DalfsenTU DelftDetection of surface deformation in the Lesser Antilles using ALOS-2Netherlands
003Paul LundgrenCalifornia Institute of TechnologyALOS-2 InSAR analysis of Southern California surface deformation processesUSA
004Josaphat Tetuko Sri SumantyoChiba UniversityUrban Environmental Monitoring using PolSAR and PS-InSARJapan
005Zhen LiuCalifornia Institute of TechnologyCrustal deformation and fault mechanics in central California using ALOS-2 dataUSA
006Yunung Nina LinAcademia SinicaDetermining landslide parameters and locations with seismic network and SAR monitoringTaiwan
007Paul LundgrenCalifornia Institute of TechnologyApplication of ALOS-2 InSAR to active volcanoesUSA
008Lu ZhangWuhan UniversityUsing ALOS-2 data to detect and monitor instability of bank slopes for mega hydropower projects in southwest ChinaChina
009Junichi SusakiKyoto UniversityEstimation of 3-D displacement and its accuracy of airports and dike by using satellite SAR images and GPS dataJapan
010Emma M HillNanyang Technological UniversityMapping subsidence and relative sea-level change for decision support and hazards planning in South and Southeast AsiaSingapore
011Pakhrur RaziThe State University of PadangStrain accumulation monitoring on Sumatra and Java megathrust zone using ALOS-2 for prediction the potential earthquake and tsunamiIndonesia
012Zhaohua ChenEnvironment and Climate Change Canada Monitoring of Arctic coastal landscape changeCanada
013Torbjorn EltoftUiT the Arctic Univeristy of NorwayAdvancing information extraction on Arctic sea ice and glaciers using a multi-sensor and multi-temporal integrated approachNorway
014Go IwahanaInternational Arctic Research Center, University of AlaskaAssessing thermokarst and freeze/thaw damages on land use and infrastructure in arctic and alpine permafrost regionsUSA
015Xiaohua XuUniversity of California San DiegoMoment and Strain Accumulation Rate along the San Andreas Fault System from InSAR and GPSUSA
016Wenbin XuCentral South UniversitySimultaneous co and postseismic slip inversion using ALOS-2 and Sentinel-1 data with applications to large magnitude thrust earthquakesChina
017Eric Ostrom LindseyThe University of New MexicoMapping large-scale tectonic deformation across Southeast Asia with ALOS-2 timeseries analysisSingapore
018Yanan DuGuangzhou UniversityTime series deformation monitoring of solid waste landfills using ALOS1/2 imagesChina
019Alok BhardwajIndian Institute of Technology, RoorkeeEstimation of flood extents in South and Southeast Asia using ALOS-2 SAR dataIndia
020Lu ZhangWuhan UniversityDeformation Characteristics Monitoring of Long-span Bridges Combined Using ALOS-2 and other SAR data stacksChina
021Erwan PathierUniv. Grenoble AlpesSource separation in INSAR time-series analysis with application to large-scale ground deformation related to earthquake cycleFrance
022Zhen LiuCalifornia Institute of TechnologyRemote sensing groundwater processes using ALOS-2 interferometry USA
023Sang-Ho YunNASA Jet Propulsion LaboratoryRapid Flood Mapping with Spaceborne SAR DataUSA
024Paul SiqueiraUniversity of MassachusettsSensitivity of Vegetation and Agriculture Physical Characterization to Repeat-Pass ALOS-2 PolInSAR ObservationsUSA
025Xiaogang SongInstitute of Geology, China Earthquake AdministrationA fine deformation velocity across the Lijiang-Xiaojinhe fault in southwestern China inverted jointly from InSAR and GPS observationChina
026Tomohiro NarumiSHIMIZU CORPORATIONSoil moisture monitoring for infrastructure construction and maintenanceJapan
027Qiang ChenSouthwest Jiaotong UniversityMonitoring of surface deformation and seismicity on eastern edge of Tibetan Plateau after three strong earthquakes using ALOS-2/PALSAR-2 imagery dataChina
028Yo FukushimaTohoku UniversityDeciphering aseismic fault processes using InSAR time series analysis of ALOS-2 dataJapan
029Rino SalmanNanyang Technological UniversityInferring the Earthquake Cycle in the Nepal Himalayas through Space GeodesySingapore
030Chao WangAerospace Information Research Institute, Chinese Academy of SciencesPermafrost Deformation Dynamics in the Northern Tibet from ALOS-2China
031Jun HuCentral South UniversityExtracting three-dimensional deformations of landslides based on ALOS-2 and ground-based SAR dataChina
032Leif ErikssonChalmers University of TechnologyImproved sea ice monitoring using L-band SAR Sweden
033Matthew PritchardCornell UniversityUnique application of L-band InSAR with ALOS-2 for studying high hazard and vegetated volcanoes in the southern AndesUSA
034Mi JiangHohai UniversityApplication of Time Series PALSAR-2 Dataset to Deformation Monitoring in Southern ChinaChina
035Guoxiang LiuSouthwest Jiaotong UniversityMonitoring the Deformations of Salt Layer in the Central Plateau of Iran by ALOS-2/PALSAR-2 InSARChina
036Rafael AlmeidaYachay Tech UniversityConstraining the location and kinematics of the Interandean Fault Zone in EcuadorEcuador
037Laura L. Bourgeau-ChavezMichigan Technological UniversityApplication of ALOS-2 for Fire Danger Assessment in the North American Boreal and Arctic RegionsUSA
038Guangcai FengCentral South UniversityThe characteristics and evolution of surface deformation induced by agricultural irrigation in the Junggar Basin from the InSAR measurementChina
039Joong-Sun WonYonsei UniversityALOS PALSAR Interferometry for the Study of Surface Displacement in Urban AreaKorea
040Xiaoli DingThe Hong Kong Polytechnic UniversityMonitoring of magmatic deformation over western Galapagos volcanoes with multi-temporal ALOS-2 dataChina
041Fernando Espirito-SantoUniversity of Leicester, National Centre for Earth ObservationA Novel Remote Sensing Approach to Quantify Immediate and Committed Carbon Emissions from Wildfires in Human-Modified Tropical ForestsUK
042Scott HendersonUniversity of WashintonRetrieval of snow melt and snow-water-equivalent from ALOS-2 L-band radarUSA
043Nazzareno PierdiccaSapienza University of RomeSAR polarimetry supporting High Impact Weather Event risk managementItaly
044Jin Woo KimSouthern Methodist UniversityInspecting the Permian Basin in the US using ALOS-2 PALSAR-2 interferometryUSA
045Lei ZhangThe University of Hong KongTowards correcting atmospheric delays for multi-temporal ALOS-1/2 SAR measurementsChina
047Yanan JiangChengdu University of TechnologyInvestigating of Landslide activities by exploiting both phase and amplitude information of ALOS PALSAR datasetsChina
048Hans-Erik AndersenUniversity of WashingtonEstimating Forest Carbon Stocks in Interior Alaska by Integrating Field, Airborne and ALOS-2 Satellite DataUSA
049Edward MitchardUniversity of EdinburghTesting the use of ALOS-2 data map forest degradation using the Tropical Forest Degradation ExperimentUK
050Teng WangPeking UniversityDeriving coseismic displacement from advanced SAR imagery Applications to large earthquakes since 2015China
051Eugenio SansostiNational Research Council - CNRMonitoring and Disaster Risk Management at Galapagos volcanoes through ALOS-2 interferometric(InSAR) applicationItaly
052Emilie Matsumoto-TakahashiNational Center for Global Health and MedicineImpact of climate change on malaria and Schistosomiasis mekongi in Lao PDR: Spatial epidemiological analysis using advanced earth observation satellite dataJapan
053Falk AmelungUniversity of MiamiDeformation Monitoring of volcanoes in Southeast AsiaUSA
054Johannes ReicheWageningen UniversityCombining L-band SAR data, optical data and active fire alerts for detecting and characterising fire-related tropical forest dynamicsNetherlands
055Shaun QueganUniversity of SheffieldEstimating forest above-ground biomass change in East Africa from L-band SAR dataUK
056Ching-Weei LinNational Cheng Kung UniversityUsing ALOS-2 SAR interferometry to evaluate the activity of deep-seated landslides and to help remediation planning in catastrophic landslide hazard mitigation in TaiwanTaiwan
057Sang-Hoon HongPusan National UniversityEvaluation of ALOS-2 SAR observations to explore ground subsidence using a time-series of displacement at Pusan city in KoreaKorea
058Sang-Eun ParkSejong UniversityMonitoring permafrost active layer dynamics with ALOS-2Korea
059Lars UlanderChalmers University of TechnologyTemporal variations in PALSAR-2 and tower radar measurements over a boreal forestSweden
060Benjamin HoltJet Propulsion LaboratoryPALSAR Observations for Sea Ice and Ocean StudiesUSA
061Zhong LuSouthern Methodist UniversityMonitoring Aleutian Volcanoes Using Geodetic Data Assimilation Based on ALOS-2USA
062Simone PettinatoNational Research Council of ItalyInvestigation of natural surfaces by using different SAR missions for Risk and Water Resources ManagementItaly
063Rou-Fei ChenChinese Culture UniversityActivity and Kinematic behavior of Deep-Seated Gravitational Slope Deformations by Multi-temporal InSAR with ALOS2 imagery in TaiwanTaiwan
064Marcel UrbanFriedrich-Schiller-University, JenaPALSAR-2 time series for vegetation and surface moisture analysis in different ecosystems of South AfricaGermany
065Mong-Han HuangUniversity of Maryland, College Park, MarylandUsing ALOS-2 SAR interferometry to detect landslides along active plate margins USA
066Jiun-Yee YenNational Dong Hwa UniversityDetail surface deformation and landslide monitoring using high resolution ALOS/ALOS-2 data in potential geohazard area, TaiwanTaiwan
067Lifu ChenChangsha University of Science and TechnologyAn end-to-end landslide detection method with high accuracy by using SAR imagesChina
068Batuhan OsmanogluNASA Goddard Space Flight CenterRapid Disaster Assessment Using ALOS-2 ImageryUSA
069Verkhoturov Andrei LeonidovichKhabarovsk Federal Research Center of the Far Eastern Branch of the Russian Academy of Sciences (KhFRC FEB RAS)Study of possibilities multi-interferogram techniques for monitoring geodynamic of Far Eastern Russia by ALOS-2 and GNSSRussia
070Parwant Ghuman3vGeomatics, Inc.Landslide Displacement Map for West Virginia, USA Based on InSAR Analysis of High-Resolution L-Band ALOS-2 and ALOS-4 SAR ImagesCanada
071LEE Ken YoongNational University of SingaporePolarimetric decomposition and classification for land cover identification and change analysisSingapore
072Lujia FengNanyang Technological UniversityMapping and monitoring active tectonic deformation along the Sumatran fault system using ALOS-2 and GPSSingapore
073Sang-Ho YunNASA Jet Propulsion LaboratoryGlobal Rapid Damage Mapping with Spaceborne SAR DataUSA
074Jyr-Ching HuNational Taiwan UniversityUsing a dense permanent GPS network and atmospheric model to perform tropospheric correction in ALOS-2 time series analysisTaiwan
075Valentin MikhailovSchmidt Institute of Physics of the Earth of the Russian Academy of SciencesComprehensive study and monitoring of geodynamic processes in the Kurile-Kamchatka subduction zone by joint interpretation of satellite SAR and surface dataRussia
076Dirk HoekmanWageningen UniversityTropical Peat Watch demonstrator IndonesiaNetherlands
077Lin LiuThe Chinese University of Hong KongAutomatically Delineating Glacier Termini in Greenland using PALSAR-2 DataChina
078Masanobu ShimadaTokyo Denki UniversityMulti-year Monitoring of Forest Cover Change in the Endangered African Dry Tropical ForestJapan
079MinJeong JoUSRA / NASA Goddard Space Flight CenterSAR Based 3D Deformation Monitoring of Glaciers and Aquifers in the High Mountain AsiaUSA
080Kuo-En ChingNational Cheng Kung UniversityEarthquake potential at the mud diapirism-induced extrusion region in SW Taiwan using the geodetic dataTaiwan
081Lin LiuThe Chinese University of Hong KongMapping permafrost thaw subsidence using PALSAR-2 and ground measurementsChina
082Liu GuangInstitute of Remote Sensing and Digital Earth, CASSubsidence of Coastal Reclamation Land Monitoring with Advanced InSAR techniqueChina
083Bing YuSchool of Civil Engineering and Architecture, Southwest Petroleum UniversityOilfield subsidence monitoring and reservoir parameters inversion based on ALOS-1/2 PALSAR-1/2 interferometryChina
084Kurt L. FeiglUniversity of Wisconsin-MadisonMonitoring rapid deformation at the Laguna del Maule Volcanic Field in the Southern Andes of Chile using Interferometric Analysis of ALOS-2 PALSAR dataUSA
085Ray Y. ChuangNational Taiwan UniversityAssessing time-dependent surface deformation and active structure movement at the plate boundary zones in TaiwanTaiwan
086Helene Le MevelCarnegie Institution for ScienceInvestigating current deformation of volcanic edifices in tropical environments: case studies of Ambrym and La Soufriere de Guadeloupe volcanoesUSA
087Bruno AdrianoRIKEN Center for Advanced Intelligence ProjectRapid-intelligent response system for disaster damage mapping using ALOS-2 dataJapan
088John ArmstonUniversity of MarylandFusion of ALOS-2 and Spaceborne Lidar Observations for High Resolution Mapping of Degraded and Regenerating Forest Structure and Biomass in AustraliaUSA
089Benoit TaisneEarth Observatory of SingaporeTowards a Better Understanding of Active Volcanoes in Southeast Asia from PALSAR-2 and IN-Situ ObservationsSingapore
090Chao WangAerospace Information Research Institute, Chinese Academy of SciencesCommercial vessels detection and classification using Deep Learning with ALOS-2 imageryChina
091Justin E. StopaUniversity of Hawaii at ManoaPotential of ALOS-2 PALSAR for disaster monitoring of Tropical Cyclones: Sensitivity study of the radar signal to ocean surface wind and intense rainfallUSA
092Paul SiqueiraUniversity of MassachusettsL-band Sensitivity to Biomass and Landcover Structure in the ABoVE domainUSA
093Michael BattagliaMichigan Technologcal UniversityMonitoring Coastal Wetlands in the Laurentian Great Lakes Using PolSAR and InSAR techniquesUSA
094Fumitaka OgushiHarris Geospatial Solutions K.K.Improvement of the interferometric stacking technology with PALSAR-2/PALSAR-3 dataJapan
095Erxue ChenInstitute of Forest Resources Information Techniques, Chinese Academy of ForestryForest structure information extraction from multi-dimension features of ALOS2 PALSAR2 dataChina
096Akira KatoChiba UniversityMonitoring fire refugia after forest fire to identify vegetation recovery statusJapan
097Christiane SchmulliusFriedrich-Schiller-University of JenaCharacterization of Amazon floodplain forest habitats and inundation dynamics using PALSAR-2 time seriesGermany
098Zhenhong LiChang'an UniversityLandslide hazards revealed by ALOS-2/4 and satellite optical observationsChina
099Masanobu ShimadaTokyo Denki UniversityDeforestation detection by using coherence change in Japanese forestJapan
100Yuanyuan LiuEast China University of TechnologyLandslide deformation monitoring and mechanism inversion revealed by advanced InSAR techniquesChina
101Kuo-Hsin TsengNational Central UniversityUsing ALOS-2 PALSAR-2 to Decompose Land Subsidence Associated with Multiple Land Use in TaiwanTaiwan
102Maurizio SantoroGamma Remote SensingDecadal forest biomass change with ALOS-1 and ALOS-2 L-band SAR observationsSwitzerland
103Tien Dat PhamMacquarie UniversityMonitoring forest communities in Australia using multi-temporal SAR remotely sensed data and advanced machine learning techniquesAustralia
104Alexandre BouvetCESBIOAbove-ground biomass change in the woodlands and savannas of Southern AfricaFrance
105Dewan Mohammad Enamul HaqueUniversity of DhakaTime Series Measurement of Three Dimensional Volcanic Surface Deformations from ALOS-2 InSAR & Optical Image Sub-pixel Correlation along with Land Surface Temperature Change DetectionBangladesh
106Xuguo ShiChina University of GeosciencesLandslide inventory and precise monitoring with L band ALOS2 PALSAR2 images in the Three Gorges area of ChinaChina
107Bernd ScheuchlUniversity of California, IrvineInSAR based Ice Velocity and Grounding line Measurements in AntarcticaUSA
108Jie DongWuhan UniversityImproved Correction of Seasonal Tropospheric Delay in InSAR Observations for Landslide Deformation MonitoringChina
109Jin Woo KimSouthern Methodist UniversityMapping and characterizing the landslides in Pacific Northwest US by InSAR, precipitation, and soil moisture datasetsUSA
110Jianping ChenJilin UniversityPotential slope failure monitoring in heavy forest areas nearby hydropower stations along the Jinsha RiverChina
111Guoyan JiangWuhan UniversityStudy on kinematics of the Karakoram fault and its role in the westward lateral extrusion of the Tibetan Plateau using ALOS-2 dataChina
112Negin Fouladi MoghaddamThe Australian National UniversityProposing new analysis method using machine learning and SAR interferometry for modelling mega-thrust earthquakesAustralia
113Jun Su KimGerman Aerospace CentreGrasping 3-D structure/dynamics of the ionosphere using L-band SAR dataGermany
114Qing WangJilin UniversityUsing ALOS-2 SAR interferometry to monitor the land surface deformation induced by seasonal freezing and groundwater pumping in Songnen Plain, Northeastern ChinaChina
115Qingli LuoTianjin UniversityMulti-temporal INSAR analysis of high speed railway deformation in Beijing-Tianjin-Hebei region using PALSAR-2China
116Josef KellndorferEARTH BIG DATA LLC Multi-frequency SAR Time Series Analysis for Ecosystem Monitoring: Fusing ALOS-2, ALOS-4, NISAR and Sentinel-1 Data SetsUSA
117Arcot SowmyaThe University of New South WalesDevelopment of deep learning methods in classification and change detection of terrain characteristicsAustralia
118Chaoying ZhaoChang'an UniversitySmall-scale and large area landslide detection, monitoring and early warning with ALOS/PALSAR-2 data over the Loess Plateau, ChinaChina
119Shubham AwasthiIndian Institute of Technology Roorkee, Uttarakhand, IndiaIntegration of Time series SAR Interferometric datasets with multi-baseline datasets for enhanced 3 D the urban Infrastructure monitoring in IndiaIndia
120Rahmat AriefNational institute of Aeronautics and Space / LAPANDevelopment of Digital Services for Peatland MonitoringIndonesia
121Y. S. RaoIndian Institute of Technology BombaySpatio-temporal analysis of L-band SAR data for flood mapping with a special emphasis on Indian mega citiesIndia
122Heiko BalzterUniversity of LeicesterThe Application of ALOS2-PALSAR in analysing pantropical forest dynamicsUK
123Feifei QuSouthern Methodist UniversityIdentify and monitor growth faulting by using InSAR analysis over Greater-Houston regionUSA
124Kyung-Ae ParkSeoul National UniversityCharacteristics of Sea Surface Wind Fields in the Seas around the Korean Peninsula from PALSAR Data and Air-Sea InteractionKorea
125Humberto Navarro de Mesquita Junior Brazilian Forest ServiceBrazilian Forest Map: Qualification of Tropical Forest Remnants to Sustainable Development GoalsBrazil
126Ling ChangUniversity of TwenteAnalysis of Forest fire using radarNetherlands
127Hong ZhangInstitute of Remote Sensing and Digital Earth, CASMulti-temporal PALSAR data Large-scale Crop mapping based on A Deep Learning ArchitectureChina
128Franz J MeyerUniversity of Alaska FairbanksNew Applications of ALOS-2/4 L-band SAR and InSAR Data over Permafrost RegionsUSA
129Genya SaitoThe University of TokyoUnderstanding and promoting the use of ALOS2/PALSAR2 data characteristics in diverse ecosystemsJapan
130Pete BuntingAberystwyth UniversityGlobal Mangrove Watch: Moving to finer spatial resolutionsUK
131Lingli ZhaoWuhan UniversityLarge Scale Monitoring of Wetland Using the Multi-temporal ALOS-2 DataChina
133Ram AvtarHokkaido UniversityEvaluating effectiveness of community forestry program in Cambodia using geospatial dataJapan
134Suman SinghaGerman Aerospace CenterUnderstanding sea ice properties at L-band for comprehensive sea ice characterization during MOSAiCGermany
135Hiroto NagaiWASEDA UniversityDevelopment of snow-depth distribution product for Japanese heavily-snowing regions using SAR dataJapan
136Ying-Hui YangSouthwest Petroleum UniversityInvestigating the creeping-to-locked transition segment of the Philippine fault on Leyte Island using long-span InSAR observationsChina
137V.S.K. VanamaIndian Institute of Technology BombayUrban form characterization and their backscattering library generation using temporal L-band SAR images for operational flood disaster responseIndia
139Keren DaiChengdu University of TechnologyMonitoring the large-scale landslides along the Longmenshan faulting system in Sichuan (China) with InSAR technique based on L-band ALOS2 imagesChina
140Yo FukushimaTohoku UniversityEvaluation of large earthquake potentials on Iran using ALOS-2 dataJapan
141Daniel SpenglerGFZ German Research Centre for GeosciencesDeriving biophysical parameters and soil moisture from multi-frequency and multi-polarization SAR data - A case study for the Durable Environmental Multidisciplinary Monitoring Information Network - DEMMIN, GermanyGermany
142Kuo-Lung WangNational Chi Nan UniversityLandslide recovering rate due to climate change effect after enormous disastersTaiwan
143Celio Helder Resende de SousaNASA Goddard Space Flight CenterCountry-level Land Cover and Ecosystem Extent Mapping in Liberia, Gabon and BotswanaUSA
144Hyangsun HanKangwon National UniversitySea ice characteristics during transition periods in the Marginal Ice Zone of the Pacific Arctic Ocean utilizing Quad-Pol SAR dataKorea
145Thiago Sanna Freire SilvaUniversity of StirlingIntegrating multisensor information as analysis-ready data for semi-automated monitoring of South American wetlandsUK
146R.S. ChatterjeeIndian Institute of Remote SensingDetection and Characterization of Land Surface Deformation due to Himalayan Geodynamics and Groundwater Over-extraction in Northern IndiaIndia
147Dharmendra SinghIndian Institute of Technology RoorkeeEfficient deep learning approach for development of an adaptive crop classification and soil moisture map using fully polarimetric SAR dataIndia
148Kirsten BarrettUniversity of LeicesterMonitoring of post-disturbance recovery and structure of boreal forestsUK
149Hasanuddin Z. AbidinInstitut Teknologi BandungOn the Use of InSAR Results for Earthquake Hazard Based Spatial PlanningIndonesia
150Stephane MermozGlobEOForest loss detection using ALOS-1 and ALOS-2 SAR dataFrance
151Matias BarberInstitute for Astronomy and Space PhysicsMulti-sensor deforestation monitoring over Dry Chaco Forest in ArgentinaArgentina
153Yasunori NakayamaNihon UniversityInvestigation of the relationship between the wide-range environmental fluctuation and natural disaster occurrence by the integrated analysis using Plural satellite dataJapan
154Kiran YarrakulaGhani Khan Chaudhury Institute of Engineering and Technology(GKCIET)Detection of Floods from ALOS2 Synthetic Aperture Radar DataIndia
155Johan FranssonSwedish University of Agricultural SciencesRetrieval of forest biomass and biomass change using PALSAR, PALSAR-2 and PALSAR-3 dataSweden
156Arif AditiyaGeospatial Information Authority of IndonesiaApplication of multi-temporal SAR data for surface deformation mapping and disaster risk reduction evaluation in IndonesiaIndonesia
157Bruce ChapmanJPLALOS-2 ecosystem product validation with UAVSAR and field measurementsUSA
158Changcheng WangCentral South UniversityForest above-ground biomass estimation in subtropical hilly area based on ALOS PALSAR-2 dataChina
159Timo BalzWuhan UniversityUsing PALSAR-2 data to support landscape archaeology in Central AsiaChina
160Ruya XiaoHohai UniversityDeformation monitoring for fast decorrelation areas of Yangtze River Delta using multi-sensor InSAR time seriesChina
161Xiaoge LiuCentral South UniversityMonitoring and modeling 3D time-series ground deformations caused by underground resource exploitation using ALOS-2 dataChina
162Paul SiqueiraUniversity of MassachusettsMeasurement of Agricultural Crop Area and Agricultural Crop Classification Using ALOS-2 Time-Series ObservationsUSA
163James HollingsworthUniversit_ Grenoble AlpesCombining ALOS-2 with optical satellite data to constrain shallow slip in large continental strike-slip earthquakesFrance
164Hoonyol LeeKangwon National UniversityInteraction of ice flow and subglacial lakes in Antarctica observed by synthetic aperture radar interferometryKorea
165Xiaofeng LiNational Oceanic and Atmospheric AdministrationDeveloping SAR-based coastal zone classification and inundation mapping algorithms USA
166Chen YuNewcastle UniversityActive Faults and Seismic Risk Assessment in the TropicsUK
167Bing XuCentral South UniversityLandslide Monitoring and its Early Warning using ALOS-2 and GPM DataChina
168Grant GunnMichigan State UniversityImplications and Applications of L-band Polarimetric Observations for Lake IceUSA
169Atsuko NonomuraKagawa UniversityMonitoring of landslide susceptible area by using ALOS-2 dataJapan
170Benoit DeffontainesUPEM and IGNThe Earthquake Cycle of major Active Tectonics Structures of Southern TaiwanFrance
171Yongsheng LiChina Earthquake AdministrationStudy on activity and stress of earthquake process in Qinghai-Tibet PlateauChina
172Richard R. ForsterThe University of UtahSnow Hydrology applications with PALSAR-2USA
173Cristiano TolomeiIstituto Nazionale di Geofisica e VulcanologiaRetrieval of crustal deformation in the seismic cycle using InSAR measurementsItaly
174Nathan M ThomasUniversity of MarylandMapping extent, change and biomass of tropical flooded forest ecosystemsUSA
176Leif ErikssonChalmers University of TechnologyOcean surface wind retrieval from multi-frequency SARSweden
177Sang-Hoon HongPusan National UniversityEvaluation of glacier movement and crustal rebound in the Greenland with a time-series analysis using multi-temporal ALOS-2 PALSAR-2 observationsKorea
178Matias BarberInstitute for Astronomy and Space PhysicsDual-frequency SAR backscatter dynamics of a salt flat in Northern ChileArgentina
179Rui ZhangSouthwest Jiaotong UniversityEarthquake-Induced Giant Landslides Detection and Accurate Exploration by ALOS-2/PALSAR-2 InSARChina
180Abdul Rashid Bin Mohamed ShariffUniversiti Putra MalaysiaDevelopment of algorithm for surface soil moisture and vegetation water content in oil palm trees using PALSAR 2/3Malaysia
181Casey RyanUniversity of EdinburghUsing remote sensing to monitor ecological and social changes in tropical agroforestry landscapesUK
182AgustanAgency for the Assessment and Application of TechnologyJakarta metro land subsidence Jakarta derived from SAR dataIndonesia
183Byongjun HwangUniversity of HuddersfieldMapping between semi-forest and natural forest in the Southwest Ethiopia using ALOS-2 and optical satellite sensors UK
184Changqing KeNanjing UniversityMonitoring glacier change over the Tibetan Plateau based on ALOS-2China
185Xiao-li DingThe Hong Kong Polytechnic UniversityLandslide Hazard Identification and Monitoring of Mountainous Areas in Pakistan using InSAR TechniquesChina
186Nguyen Thanh HoanInstitute of Geography, Vietnam Academy of Science and TechnologyMonitoring degradation of tropical natural forest using multi-sensor data from ALOS satellitesVietnam
187Youichiro TakadaHokkaiod UniversityStudy on the crustal and surface deformation using multiple SAR techniques by PIXEL groupJapan
188Dewan Mohammad Enamul HaqueUniversity of DhakaBiomass Estimation for an Improved Understanding of the Enhanced Carbon Emission due to Forest Clearing in Ukhia and Teknaf for Rohingya SettlementsBangladesh
189Mahdi MotaghGFZ German Research Center for GeosciebcesALOS-2 data mining for rapid response to natural hazards and systematic deformation monitoring related to solid earth geodynamicsGermany
190Y. S. RaoIndian Institute of Technology BombayMulti-temporal Interferometric SAR Data Analysis for Displacement Mapping of Earthquake and Urban AreasIndia
191Jinghui FanChina Aero Geophysical Survey and Remote Sensing Center for Land and ResourcesMonitoring typical ice movements with ALOS-2 for glacier avalanche disaster mitigation in the Tibetan PlateauChina
192Nathan TorbickApplied GeoSolutionsScaling Measurement, Reporting, and Verification tools to support Sustainable Development GoalsUSA
193Lisa-Maria RebeloInternational Water Management InstituteWetlands of the Nile and Ayeyarwaddy Basins, Post KC ProgramLaos
194Joaquim Armando MacuacuaNational Directorate of ForestryDeforestation and Forest Degradation Analysis in MozambiqueMozambique
201Yessy ArvelynaRemote Sensing Technology Center of JapanObservation of Peatland in Indonesia using Interferometry SARJapan
202Kazuya IshitsukaKyoto UniversityUnderstanding the mechanism of complex surface displacement using long-term SAR dataJapan
203Nguyen Quoc DinhVietnam Institute of Geosciences and Mineral Resources (VIGMR)Integration of Ground Measurements and InSAR Techniques for Monitoring of Land Subsidence in Ca Mau (Vietnam)Vietnam
204Hyung-Sup JungUniversity of SeoulMeasurement of Seaward ground deformation on coastal landfill area using ALOS2 PALSAR2 Radar InterferometryKorea
205Ted R. FeldpauschUniversity of ExeterFire effects on structure and carbon storage in Amazonian forests: assessing variation using forest plot and SAR L-band dataUK
206Kamila Pawluszek-FilipiakWroclaw University of Environmental and Life SciencesIntegration of ALOS-2 and Sentinel-1 data for monitoring of fast deformation caused underground coal exploitation in Upper Silesian Coal BasinsPoland
207Sugata HazraJadavpur UniversityMonitoring surface deformation and land subsidence in deltas using Small Baseline Subset Technique and Persistent Scatterer Interferometry: The case of Krishna-Godavari and Ganga deltas on the Bay of Bengal, India.India
208Tomomichi KatoHokkaido UniversityEstimation of forest aboveground biomass by ALOS-2 dataJapan


As of Mar. 31th, 2022

No. Name Organization Research Title Country
001Chinatsu YonezawaTohoku UniversityEvaluations of the ALOS-3 Utilizations in Agriculture, forestry and fisheriesJapan
002Masayuki MatsuokaMie UniversityGeometric accuracy and pansharpening of ALOS-3/WISH for disaster monitoring in mountainous areaJapan
003Sultan Kocaman GokceogluHacettepe UniversityCalibration and validation of ALOS-3 imagery over Bergama and Ankara Testfields, TurkeyTurkey
201Junichi SusakiKyoto UniversityDevelopment of an algorithm for generation of DSM and detection of its change by using ALOS-3 dataJapan


As of Mar. 31th, 2022

No. Name Organization Research Title Country
001Urs WegmullerGamma Remote Sensing AGALOS-4 ionospheric correction and cross-sensor interferometrySwitzerland
002Masato FuruyaHokkaido UniversityStudying ionospheric signal using PALSAR-2/3 InSARJapan
003Masanobu ShimadaTokyo Denki UniversityCalibration and Validation of PALSAR-3Japan
004Manabu HashimotoKyoto UniversityEvaluation of Accuracy of Displacement Measurements of ALOS-4 in Tectonic AreasJapan
005Chin Shi TongNanyang Technological UniversityMaximizing potential of ALOS-4 for Disaster Response in South and Southeast AsiaSingapore
006Taku OzawaNational Research Institute for Earth Science and Disaster Prevention(NIED)Evaluation of PALSAR-3/InSAR for surface deformation detectionJapan
007Ryo NatsuakiThe University of TokyoInterferometric Analysis of PALSAR-3 and Its Cross Interferometric Process Between PALSAR-2Japan
008Hiroyoshi YamadaNiigata UniversityCal./Val. of ALOS-4 Quad. Pol. Data by Scattering Power DecompositionJapan
009Marc ThibeaultCONAECrops Classification and Soil Moisture Estimation over Cropland in Argentina using cross calibration with SAOCOMArgentina
010Angel Matias PalomequeCONAE - Comision Nacional de Actividades EspacialesALOS-4/PALSAR-3 external calibration and cross-validation with SAOCOMArgentina
011Motofumi AriiMitsubishi Electric CorporationValidation Plan of ALOS-4 Standard Products by Multi-parametric SAR ApproachJapan
012Takenobu ToyotaHokkaido UniversityValidation of the algorithm with L-band SAR data for detecting deformed sea ice area in the Arctic OceanJapan
013Giorgio GombaGerman Aerospace Center (DLR)Calibration of propagation effects for SAR interferometry: ionosphere and soil moistureGermany
014Howard ZebkerStanford UniversityPhase calibration and validation of ALOS-4 data products for InSAR applicationsUSA
015Bruce ChapmanJPLNISAR and ALOS-4 Joint Cal/ValUSA
016Bernd ScheuchlUniversity of California, IrvineALOS-4 PALSAR-3 Validation for Ice Sheet ScienceUSA
017Akira HiroseThe University of TokyoHigh-resolution PolInSAR coregistration and filtering methods using phasor quaternion neural networks:Framework establishment and its applicationsJapan
018Konstantinos PapathanassiouGerman Aerospace Center DLRPolarimetric and Polarimetric Interferometric Calibration of ALOS-4 DataGermany
019Alexander ZakharovFryazino branch of Kotelnikov IRE RASPALSAR-3 radiometric calibration with natural distributed targetsRussia
020Lars UlanderChalmers University of TechnologyALOS-4 PALSAR-3 calibration and validation activities in SwedenSweden
021Paul SiqueiraUniversity of MassachusettsCalibration and Validation of ALOS-4 for Radiometry, Polarimetry and Volumetric ScatteringUSA
022Ridha TouziCanada Centre for Remote SensingCalibration and Validation of Polarimetric ALOS4-PALSAR3Canada