个人简历

教师简介
从事主动和被动微波遥感机理与应用、冰冻圈遥感等领域研究，已在国际著名期刊发表若干有影响力的研究成果。目前主持国家自然科学基金面上项目、参与国家国防科技工业局民用航天技术预先研究项目、中国科学院先导科技专项“地球大数据科学工程”、第二次青藏高原综合科学考察研究等重大项目。
工作经历
2019年1月–西南交通大学，副教授
2013年7月–2018年12月中国科学院遥感与数字地球研究所，助理研究员
2015年9月–2016年1月美国密歇根大学安娜堡分校电子工程与计算机科学，访问学者
教育经历
2004年9月–2008年6月武汉大学测绘学院测绘工程专业获工学学士学位
2008年9月–2013年6月中国科学院遥感与数字地球研究所硕博连读获理学博士学位
2010年9月–2011年5月意大利国家研究委员会应用物理研究所访问学者
2012年5月–2012年8月美国加州大学圣芭芭拉分校地球研究所访问学者
近年承担的主要科研项目
1.国家自然科学基金项目，公里级分辨率星载Ku波段散射计雪水当量遥感与产品生产（国家级）
2.部级重大科技专项，极区海冰融池遥感监测与分析（省部级）
3.国家自然科学基金项目，双频双极化雷达积雪水当量遥感建模及反演研究（国家级）
4.部级重大科技专项，全球水循环观测卫星背景型号研究（省部级）
5.部级重大科技专项，卫星遥感在陆地水循环监测中的机理研究与应用（省部级）
出版专著
1.2018,专著,OpticalandMicrowaveModelingofSnowinComprehensiveRemoteSensing
2.2018,专著,SnowPropertiesFromActiveRemoteSensingInstrumentsinComprehensiveRemoteSensing
3.2012,专著,Snowwaterequivalence（Chapter），InAdvancedRemoteSensing
招生专业
招生类型学院专业代码专业名称专业类型专业方向
硕士地学081600测绘科学与技术学术型04.摄影测量与遥感
硕士地学081600测绘科学与技术学术型05.地图学与地理信息系统
硕士地学085900土木水利专业型03.遥感技术与应用
招生要求
有一定的遥感、计算机编程等基础。

近期论文

1.YurongCui,ChuanXiong,JianchengShi,EstimatingSnowWaterEquivalentwithBackscatteringatXandKuBandBasedonAbsorptionLoss,RemoteSens.,2019(SCI)
2.ChuanXiong,JianchengShi,Inter-comparisonsofsnowcoveredterrianmicrowavescatteringmodel,GeoscienceandRemoteSensingSymposium(IGARSS),2013IEEEInternational,2019(EI)
3.ChuanXiong,JianchengShi,Snowspecificsurfacearearemotesensingretrievalusingamicrostructurebasedreflectancemodel,RemoteSensingofEnvironment,2018(SCI)
4.ChuanXiong,JianchengShi,Anewsnowlightscatteringmodelanditsapplicationinsnowparameterretrievalfromsatelliteremotesensing,IEEEInternationalGeoscienceandRemoteSensingSymposium,2017(EI)
5.ChuanXiong,JianchengShi,ThePotentialforEstimatingSnowDepthWithQuikScatDataandaSnowPhysicalModel,IEEEGeoscienceandRemoteSensingLetters,2017(SCI)
6.ChuanXiong,JianchengShi,YurongCui,BingPeng,SnowmeltPatternOverHigh-MountainAsiaDetectedFromActiveandPassiveMicrowaveRemoteSensing,IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,2017(SCI)
7.DabinJi,JianchengShi,ChuanXiong,TianxingWang,YZhang,Atotalprecipitablewaterretrievalmethodoverlandusingthecombinationofpassivemicrowaveandopticalremotesensing,RemoteSensingofEnvironment,2017(SCI)
8.ShurunTan,ChuanXiong,XiaolanXu,LeungTsang,UniaxialEffectivePermittivityofAnisotropicBicontinuousRandomMediaUsingNMM3D,IEEEGeoscienceandRemoteSensingLetters,2016(SCI)
9.CXiong,JShi,LJiang,YCui,GlobalmappingofsnowwaterequivalentwiththeWaterCycleObservationMission(WCOM),IEEEInternationalGeoscienceandRemoteSensingSymposium,2016(EI)
10.ChuanXiong,JianchengShi,YurongCui,ThepotentialofestimatingsnowdepthfromQuikScatscatterometerdataandsnowphysicalmodel,2016ProgressinElectromagneticResearchSymposium(PIERS),Shanghai,2016
11.JianchengShi,ChuanXiong,LingmeiJiang,Reviewofsnowwaterequivalentmicrowaveremotesensing,ScienceChina:EarthSciences,2015(SCI)
12.QianCui,JianchengShi,JinyangDu,TianjieZhao,ChuanXiong,AnApproachforMonitoringGlobalVegetationBasedonMultiangularObservationsFromSMOS,IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing,2015(SCI)
13.TianjieZhao,JianchengShi,RajatBindlish,ThomasJackson,YannKerr,QianCui,YunqingLi,ChuanXiong,RefinementofSMOSMulti-angularBrightnessTemperaturetowardSoilMoistureRetrievalandItsAnalysisoverReferenceTargets,IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing,2015(SCI)
14.ChuanXiong,JianchengShi,DabinJi,TianxingWang,YuanliuXu,TianjieZhao,ANewHybridSnowLightScatteringModelBasedonGeometricOpticsTheoryandVectorRadiativeTransferTheory,IEEETransactionsonGeoscienceandRemoteSensing,2015(SCI)
15.ChuanXiong,JianchengShi,SimulatingpolarizedlightscatteringinterrestrialsnowbasedonbicontinuousrandommediumandMonteCarloraytracing,JournalofQuantitativeSpectroscopyandRadiativeTransfer,2014(SCI)
16.ChuanXiong,JianchengShi,RefinementofXandKubanddual-polarizationscatterometersnowwaterequivalentretrievalalgorithm,IEEEInternationalGeoscienceandRemoteSensingSymposium,2014(EI)
17.ChuanXiong,MarcoBrogioni,A,Crepaz,SimonettaPaloscia,PaoloPampaloni,EmanueleSanti,JCShi,TheSensitivityofRadarBackscatteringtoSnowCharacteristics,ProgressInElectromagneticsResearchSymposium(PIERS),2013
18.MarcoBrogioni,ChuanXiong,AndreaCrepaz,SimonettaPaloscia,PaoloPampaloni,EmanueleSanti,JianchenShi,Theeffectsofmultilayeringstructureofsnowonbackscatteringfromsnowcoveredsoils,GeoscienceandRemoteSensingSymposium(IGARSS),2013IEEEInternational,2013(EI)
19.EmanueleSanti,MarcoBrogioni,SimonettaPaloscia,PaoloPampaloni,SimonePettinato,ChuanXiong,AndreaCrepaz,Combineduseofexperimentaldataandamulti-layermodelforinvestigatingthesensitivityofmicrowaveindexestosnowparameters,GeoscienceandRemoteSensingSymposium(IGARSS),2013IEEEInternational,2013(EI)
20.SPettinato,ESanti,MBrogioni,SPaloscia,EPalchetti,CXiong,ThePotentialofCOSMO-SkyMedSARImagesinMonitoringSnowCoverCharacteristics,IEEEGeoscienceandRemoteSensingLetters,2013(SCI)
21.JianchengShi,YangDu,JinyangDu,LingmeiJiang,LinnaChai,KebiaoMao,PengXu,WenjianNi,ChuanXiong,QiangLiu,ChenzhouLiu,PengGuo,QianCui,YunqingLi,JingChen,AnqiWang,HejiaLuo,YinhuiWang,Progressesonmicrowaveremotesensingoflandsurfaceparameters,ScienceChina:EarthSciences,2012(SCI)
22.ChuanXiong,JianchengShi,Brogioni,MBrogioni,LeungTsang,Microwavesnowbackscatteringmodelingbasedontwo-dimensionalsnowsectionimageandequivalentgrainsize,GeoscienceandRemoteSensingSymposium(IGARSS),2012IEEEInternational,2012(EI)
23.MBrogioni,CXiong,PPampaloni,SPettinato,SPaloscia,JShi,ModelanalysisandexperimentalinvestigationsofX-bandbackscatteringsensitivitytosnowpackcharacteristics,GeoscienceandRemoteSensingSymposium(IGARSS),2012IEEEInternational,2012(EI)
24.SPettinato,ESanti,MBrogioni,SPaloscia,PPampaloni,EPalchetti,JianchengShi,ChuanXiong,ThepotentialofCosmo-SkymedSARimagesinmappingsnowcoverandsnowwaterequivalent,GeoscienceandRemoteSensingSymposium(IGARSS),2011IEEEInternational,2011(EI)
25.SPettinato,ESanti,MBrogioni,GMacelloni,SPaloscia,PPampaloni,ChuanXiong,MappingSnowCoverwithX-bandCosmo-SkymedSAR,ProgressInElectromagneticsResearchSymposium(PIERS),2011
26.JinyangDu,JianchengShi,ChuanXiong,AmethodtoestimateSnowWaterEquivalentusingmulti-angleX-bandradarobservations,GeoscienceandRemoteSensingSymposium(IGARSS),2010IEEEInternational,2010(EI)