个人简历

杨仁敏，博士，副教授，硕士生导师。2016年毕业于中国科学院南京土壤研究所，获农学博士学位，曾获中国科学院院长优秀奖。主要从事土壤环境模型和湿地土壤方面的研究。先后主持或参与多个国家级和省部级项目。在SoilScienceSocietyofAmericaJournal,ScienceoftheTotalEnvironment,LandDegradation&Development等主流期刊发表SCI论文20余篇，其中第一作者14篇（第一作者兼通讯作者8篇）。
工作经历
2019/07–至今，江苏师范大学，地理信息科学系，副教授
2016/07–2019/06，江苏师范大学，地理信息科学系，讲师
其中：2017/10–2018/10，悉尼大学，访问学者（国家留学基金委资助）
学历背景
2013/09–2016/06，中国科学院南京土壤研究所，农学博士
2009/09–2012/06，河海大学，地理信息科学系，理学硕士
2005/09–2009/06，南京工业大学，地理信息工程系，理学学士
科研项目
[1]国家自然科学基金青年项目，41701236，原生滨海湿地土壤遥感三维制图模型与储碳功能定量研究，2018/01–2020/12，主持
[2]江苏省高校自然科学研究面上项目，17KJB210004，基于数字制图技术的滨海湿地土壤碳库动态变化研究，2017/09–2019/08，主持
[3]江苏师范大学自然科学基金项目，16XLR038，基于遥感和过程模型的土壤三维模拟研究，2017/01–2018/12，主持

研究领域

土壤环境模型和湿地土壤方面的研究

近期论文

[1]YangR.M.*2019.MechanismsofsoilorganiccarbonstorageresponsetoSpartinaalterniflorainvasionandclimatechange.ScienceoftheTotalEnvironment.(inpress)
[2]YangR.M.*,GuoW.W.2019.ModellingofsoilorganiccarbonandbulkdensityininvadedcoastalwetlandsusingSentinel-1imagery.InternationalJournalofAppliedEarthObservationandGeoinformation.(inpress)
[3]YangR.M.*,GuoW.W.2019.UsingSentinel-1imageryforsoilsalinitypredictionundertheconditionofcoastalrestoration.IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing12,1482-1488.
[4]YangR.M.*,GuoW.W.,ZhengJ.B.2019.SoilpredictionforcoastalwetlandsfollowingSpartinaalterniflorainvasionusingSentinel-1imageryandstructuralequationmodeling.Catena173,465-470.
[5]YangR.M.*,GuoW.W.2019.Usingtime-seriesSentinel-1dataforsoilpredictiononinvadedcoastalwetlands.EnvironmentalMonitoringandAssessment191,462.
[6]YangR.M.*,GuoW.W.2018.ExoticSpartinaalternifloraenhancesthesoilfunctionsofacoastalecosystem.SoilScienceSocietyofAmericaJournal82,901-909.(FeaturedinCSANewsmagazine)
[7]YangR.M.*,GuoW.W.2018.InvasiveSpartinastrengthenssoilresilienceinwetlandsoftheeast-centralChinacoast.LandDegradation&Development29,2846-2853.
[8]YangR.M.*,MinasnyB.,MaY.X.,FieldD.,McBratneyA.,WuC.F.2018.Apreliminarysoilsecurityassessmentofagriculturallandinmiddle-easternChina.SoilUseandManagement,34,584-596.
[9]YangR.M.,YangFan,YangFei,HuangL.M.,LiuF.,YangJ.L.,ZhaoY.G.,LiD.C.,ZhangG.L.*2017.Pedogenicknowledge-aidedmodellingofsoilinorganiccarbonstocksinanalpineenvironment.ScienceoftheTotalEnvironment599,1445-1453.
[10]YangR.M.,ZhangG.L.*,LiuF.,LuY.Y.,YangFan,YangFei,YangM.,ZhaoY.G.,LiD.C.2016.Comparisonofboostedregressiontreeandrandomforestmodelsformappingtopsoilorganiccarbonconcentrationinanalpineecosystem.EcologicalIndicators60,870-878.
[11]YangR.M.,LiuF.,ZhangG.L.*,ZhaoY.G.,LiD.C.,YangJ.L.,YangFei,YangFan.2016.MappingSoilTextureBasedonFieldSoilMoistureObservationsataHighTemporalResolutioninanOasisAgriculturalArea.Pedosphere26,699-708.
[12]YangR.M.,ZhangG.L.*,YangFei,ZhiJ.J.,YangFan,LiuF.,ZhaoY.G.,LiD.C.2016.PreciseestimationofsoilorganiccarbonstocksinthenortheastTibetanPlateau.ScientificReports6,21842.
[13]YangR.M.,RossiterD.G.,LiuF.,LuY.Y.,YangFan,YangFei,ZhaoY.G.,LiD.C.,ZhangG.L.*2015.PredictivemappingoftopsoilorganiccarboninanalpineenvironmentaidedbyLandsatTM.PLoSONE10,e0139042.
[14]YangR.M.,AnR.*,WangH.L.,ChenZ.X.,JonathanAQ-B.2013.MonitoringwetlandchangesonthesourceoftheThreeRiversfrom1990to2009,Qinghai,China.IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing6,1817-1824.
[15]YangF.,HuangL.M.,YangR.M.,YangF.,LiD.C.,Zhao,Y.G.,YangJ.L.,LiuF.,ZhangG.L.*2018.Verticaldistributionandstorageofsoilorganicandinorganiccarboninatypicalinlandriverbasin,NorthwestChina.JournalofAridLand10,183-201.
[16]ZhiJ.J.,ZhangG.L.*,YangR.M.,YangF.,JinC.W.,LiuF.,SongX.D.,ZhaoY.G.,LiD.C.2018.AnInsightintoMachineLearningAlgorithmstoMaptheOccurrenceofSoilMatticHorizonintheNortheasternQinghai-TibetanPlateau.Pedosphere28,739-750.
[17]YangFei,HuangL.M.,RossiterD.G.,YangFan,YangR.M.,ZhangG.L.*2017.Evolutionofloess-derivedsoilsalongatopo-climaticsequenceintheQilianMountains,NETibetanPlateau.EuropeanJournalofSoilScience68,270-280.
[18]ZhiJ.J.,ZhangG.L.*,YangF.,YangR.M.,LiuF.,SongX.D.,ZhaoY.G.,LiD.C.2017.PredictingmatticepipedonsinthenortheasternQianghai-TibetanPlateauusingRandomForest.GeodermaRegional10,1-10.
[19]BrusD.J.,YangR.M.,ZhangG.L.*2016.Three-dimensionalgeostatisticalmodelingofsoilorganiccarbon:acasestudyintheQilianMountains,China.Catena141,46-55.
[20]LiuF.,RossiterD.G.,SongX.D.,ZhangG.L.*,YangR.M.,ZhaoY.G.,LiD.C.,JuB.2016.Asimilarity-basedmethodforthree-dimensionalpredictionofsoilorganicmatterconcentration.Geoderma263,254-263.
[21]YangF.,ZhangG.L.*,YangF.,YangR.M.2016.Pedogeneticinterpretationsofparticle-sizedistributioncurvesforanalpineenvironment.Geoderma282,9-15.
[22]YangJ.L.,ZhangG.L.*,YangF.,YangR.M.,YiC.,LiD.C.,ZhaoY.G.,LiuF.2016.ControllingeffectsofsurfacecrustsonwaterinfiltrationinanariddesertareaofNorthwestChina.JournalofSoilsandSediments16,2408-2418.
[23]YangF.,ZhangG.L.*,YangJ.L.,LiD.C.,ZhaoY.G.,LiuF.,YangR.M.,YangF.2014.Organicmattercontrolsofsoilwaterretentioninanalpinegrasslandanditssignificanceforhydrologicalprocesses.JournalofHydrology519,3086-3093.