教育背景： 2009毕业于浙江大学环境与资源学院，获取博士学位，导师：黄敬峰教授 科研工作经历： 2010.3-至今，中国科学院遥感与数字地球研究所，中国科学院数字地球重点实验室，助理研究员，副研究员 2015.11-2016.5，多伦多大学地理系，访问学者，导师：陈镜明教授 2014.11-2014.12，美国农业部、南达科他州立大学、乔治梅森大学，中国科学院创新人才培训，多星协同观测和聚集服务技术 2011.10-2011.11，澳大利亚联邦科学与工业研究组织(CSIRO)，碳计量模型学习交流 2008.10–2009.10，美国亚利桑那大学，生物物理遥感，联合培养博士，导师：AlfredoR.Huete教授

植被生态遥感与全球变化

主持科研项目10余项，包括国家自然基金项目3项，国家重点研发计划项目子课题1项，中科院青年创新促进会人才项目1项，中科院数字地球科学平台1项等。另外，作为骨干参与项目12项，主要有国家重点研发计划项目1项，全球变化973项目及专题2项，863项目2项，国家自然基金委重大研究计划1项，国际合作项目2项等。主持主要项目如下： 1.国家重点研发项目子课题，光合有效辐射吸收系数（FPAR）遥感立体协同反演模型方法研究，2016/07-2020/12 2.国家自然基金委面上项目，时序遥感数据与生长模型结合的区域人工林地上生物量估算方法研究，2016/01-2019/12 3.中国科学院人才项目，中国科学院青年创新促进会，2014/01-2017/12 4.中科院遥感地球所所长青年基金A类，尺度效应对区域植被物候遥感估算的影响机理研究，2016/01-2017/12 5.国家自然基金委青年基金，基于数字相机的低矮草地FPAR估算模型与观测方法研究，2013/01-2015/12 6.国家自然基金委面上项目（子课题），遥感与生态因子耦合的小麦生产力估算模型研究，2012/01-2015/12 7.中科院数字地球科学平台，全球气候变化植被生态系统响应空间观测，2011/01-2013/12 专利： 1.彭代亮，张赫林，张肖，徐富宝，叶回春，王大成一种基于EVI2季节变化曲线的年GPP估算方法及系统,201810076612.7 2.张兵，张文娟，陈正超，彭代亮，申茜，徐丰，检测遥感道路图像精度的方法及装置，2013107129288 3.黄敬峰，彭代亮，王福民，基于统计局统计抽样调查地块实割实测数据的省级水稻单产遥感估算方法，201010271905.4 4.黄文江，谢巧云，彭代亮，张兵，刘良云，申茜，孙刚，一种遥感反演精度检测方法及装置，201210343165.X 5.黄文江，刘良云，杨贵军，孙刚，申茜，彭代亮，张清，一种植被空间分布状态测量方法及装置，201210339810.0 6.黄文江，杨勤英，刘良云，彭代亮，申茜，倪丽，一种基于遥感图像的叶面积指数反演方法及装置，CN201310182889.5

专著： 黄文江，孔维平，董莹莹，叶回春，彭代亮，谢巧云，邢乃琛，作物理化参数遥感定量反演，科学出版社，2017. 代表性论文： 发表及录用学术论文80多篇，其中SCI40多篇、EI35篇。第一/通讯作者论文40多篇（SCI23篇、EI10篇）。第一/通讯作者JCR1区SCI论文15篇，包括ISPRSJournalofPhotogrammetryandRemoteSensing、RemoteSensingofEnvironment、GlobalBiogeochemicalCycles、AgriculturalandForestMeteorology等中科院SCI期刊分区TOP期刊论文10篇，主要论文如下： 1DailiangPeng,BingZhang,LiangyunLiu,HongliangFang,DongmeiChen,YongHu,LinglingLiu.2012.CharacteristicsanddriversofglobalNDVI-basedFPARfrom1982to2006.GlobalBiogeochemicalCycles.26，GB3015. 2DailiangPeng,XiaoyangZhang,BingZhang,LiangyunLiu,XinjieLiu,AlfredoR.Huete,WenjiangHuang,SiyuanWang,ShezhouLuo,XiaoZhangandHelinZhang.ScalingeffectsonspringphenologydetectionsfromMODISdataatmultiplespatialresolutionsoverthecontiguousUnitedStates.ISPRSJournalofPhotogrammetryandRemoteSensing,2017,132,185-198. 3DailiangPeng,ChaoyangWu,XiaoyangZhang,LeYu,AlfredoR.Huete,FuminWang,ShezhouLuo,XinjieLiu,HelinZhang.Scalingupspringphenologyderivedfromremotesensingimages.AgriculturalandForestMeteorology.2018.256–257：207–219. 4DailiangPeng,XiaoyangZhang,ChaoyangWu,WenjiangHuang,AlemuGonsamo,AlfredoR.Huete,KamelDidan,BinTan,XinjieLiu,BingZhang.IntercomparisonandevaluationofspringphenologyproductsusingNationalPhenologyNetworkandAmeriFluxobservationsinthecontiguousUnitedStates.AgriculturalandForestMeteorology,2017,242,33-46. 5DailiangPeng,JingfengHuang,CunjunLi,LiangyunLiu,WenjiangHuang,Fumingwang,XiaohuaYang.2013.ModellingpaddyriceyieldusingMODISdata.AgriculturalandForestMeteorology.184(15)：107–116. 6XiaoyueWang,ChaoyangWu,DailiangPeng*,AlemuGonsamo,ZhengjiaLiu.2018.SnowcoverphenologyaffectsalpinevegetationgrowthdynamicsontheTibetanPlateau:Satelliteobservedevidence,impactsofdifferentbiomes,andclimatedrivers.AgriculturalandForestMeteorology.2018.256–257：61–74. 7YuxiaLiu,ChaoyangWu,DailiangPeng*,ShiguangXu,AlemuGonsamo,RachhpalS.Jassal,M.AltafArain,LinlinLu,BinFang,JingM.Chen.ImprovedmodelingoflandsurfacephenologyusingMODISlandsurfacereflectanceandtemperatureatevergreenneedleleafforestsofcentralNorthAmerica.RemoteSensingofEnvironment.2016,176:152–162. 8DailiangPeng,BingZhang,ChaoyangWu,AlfredoR.Huete,AlemuGonsamo,LipingLei,GuillermoE.Ponce-Campos,XinjieLiu,YanhongWu.Country-levelnetprimaryproductiondistributionandresponsetodroughtandlandcoverchange.ScienceoftheTotalEnvironment.2017，574:65–77. 9DailiangPeng,AlfredoRHuete,JingfengHuang,FumingWang,HuashengSun.2011.DetectionandestimationofmixedpaddyricecroppingpatternswithMODISdata.InternationalJournalofAppliedEarthObservationandGeoinformation,13(1):13-23. 10DailiangPeng,ChaoyangWu,CunjunLi,XiaoyangZhang,ZhengjiaLiu,HuichunYe,ShezhouLuo,XinjieLiu,YongHu,BinFang.Springgreen-upphenologyproductsderivedfromMODISNDVIandEVI:Intercomparison,interpretationandvalidationusingNationalPhenologyNetworkandAmeriFluxobservations.EcologicalIndicators.2017.77:323-336. 11DailiangPeng,JingfengHuang,ChenxiaCai,RuiDeng,JunfengXu.2008.AssessingtheresponseofseasonalvariationofNPPtoclimateusingremotesensingdataandGIStechniquesinXinjiangprovince.JournalofintegrativePlantBiology.50(12):1580-1588. 12ChaoyangWu,DailiangPeng*,KamelSoudani,LukasSiebicke,ChristopherM.Gough,M.AltafArain,GilBohrer,PeterM.Lafleur,MatthiasPeichl,AlemuGonsamo,ShiguangXu,BinFang,QuanshengGe.Landsurfacephenologyderivedfromnormalizeddifferencevegetationindex(NDVI)atglobalFLUXNETsites.AgriculturalandForestMeteorology.2017233,171–182. 13ZhengjiaLiu,ChaoyangWu,DailiangPeng*,SisiWang,AlemuGonsamo,BinFang,WenpingYuan.Improvedmodelingofgrossprimaryproductionfromabetterrepresentationofphotosyntheticcomponentsinvegetationcanopy.Agricultural&ForestMeteorology.2017,233:222-234. 14DailiangPeng,ChaoyangWu,BingZhang,AlfredoHuete,XiaoyangZhang,RuiSun,LipingLei,WenjingHuang,LiangyunLiu,XinjieLiu,JunLi,ShezhouLuo,BinFang.TheInfluencesofDroughtandLand-CoverConversiononInter-AnnualVariationofNPPintheThree-NorthShelterbeltProgramZoneofChinaBasedonMODISData.PLoSONE.2016.11(6):e0158173. 15DailiangPeng,ZhangyanJiang,AlfredoR.Huete,GuillermoPonce-Campos,UyenNguyen,JeffreyC.Luval.2013.ResponseofspectralreflectancesandvegetationindicesonvaryingJuniperconedensities.RemoteSensing.5(10),5330-5345. 16DailiangPeng,BingZhang,LiangyunLiu.2012.ComparingspatiotemporalpatternsinEurasianFPARderivedfromtwoNDVI-basedmethods.InternationalJournalofDigitalEarth,5(4),283-298. 17DailiangPeng,BingZhang,LiangyunLiu,DongmeiChen,HongliangFang,YongHu,2012.SeasonaldynamicpatternanalysisonglobalFPARderivedfromAVHRRGIMMSNDVI.InternationalJournalofDigitalEarth,5(5):439-455. 18DailiangPeng,YongHu,ZhengwangLi.(2016).Spectralreflectanceandvegetationindexchangesindeciduousforestfoliagefollowingtreeremoval:potentialfordeforestationmonitoring.JournalofAppliedSpectroscopy,83(2):330-337. 19DailiangPeng,JingfengHuang,AlfredoRHuete,TaimingYang,PingGao,YanchunChen,HuiChen,JunLi,ZhanyuLiu.2010.SpatialandseasonalcharacterizationofnetprimaryproductivityandclimatevariablesinsoutheasternChinausingMODISdata.JournalofZhejiangUniversitySCIENCEB.11(4):275-285. 20DailiangPeng,HelinZhang,LeYu,MingquanWu,FuminWang,WenjiangHuang,LiangyunLiu,RuiSun,CunjunLi,DachengWang,FubaoXu.2018.Assessingspectralindicestoestimatethefractionofphotosyntheticallyactiveradiationabsorbedbythevegetationcanopy.InternationalJournalofRemoteSensing.Accepted. 21QiaoyunXie,JaduDash,WenjiangHuang,DailiangPeng*,QimingQin,HughMortimer,RaffaeleCasa,StefanoPignatti,GiovanniLaneve,SimonePascucci,YingyingDong,HuichunYe.Vegetationindicescombiningtheredandred-edgespectralinformationforleafareaindexretrieval.IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing.2018.1939-1404. 22XiaoxuanLiu,LeYu,DailiangPeng*,QinchuanXin,LeLi,LihengZhong,HuiLu,ChaoqingYu,PengGong.EvaluationofESA-CCILCandFAOcroplandareaatcountrylevel.InternationalJournalofRemoteSensing.Accepted. 23YidiXu,LeYu,DailiangPeng*,XueliangCai,YuqiCheng,JiyaoZhao,YuanyuanZhao,DuoleFeng,KwameHackman,XiaomengHuang,HuiLu,ChaoqingYu,PengGong.ExploringthetemporaldensityofLandsatobservationsforcroplandmapping:experimentsfromEgypt,EthiopiaandSouthAfrica.InternationalJournalofRemoteSensing.Accepted. 24DailiangPeng,CunjunLi,JingfengHuang,BinZhouandXiaohuaYang.2012.CropmonitoringusingaMultipleCroppingIndexbasedonmulti-temporalMODISdata.AfricanJournalofAgriculturalResearch.7(26),3828-3838. 25DailiangPeng,JingfengHuang,HuiminJin.2007.MonitoringtheSequentialCroppingIndexofArableLandinZhejiangProvinceofChinaUsingMODIS-NDVI.AgriculturalSciencesinChina.6(2):208-213. 26ChaoyangWu,XuehuiHou,DailiangPeng,AlemuGonsamo,ShiguangXu.LandsurfacephenologyofChina’stemperateecosystemsover1999–2013:Spatial–temporalpatterns,interactioneffects,covariationwithclimateandimplicationsforproductivity.AgriculturalandForestMeteorology.2016,216:177–187 27ShezhouLuo,ChengWang,XiaohuanXi,FeifeiPan,DailiangPeng,JieZou,ShengNie,HaimingQin.(2017).FusionofairborneLiDARdataandhyperspectralimageryforabovegroundandbelowgroundforestbiomassestimation.EcologicalIndicators73,378–387. 28ShezhouLuo,ChengWang,XiaohuanXi,FeifeiPan,MingjieQian,DailiangPeng,ShengNie,HaimingQin,YiLin.RetrievingabovegroundbiomassofwetlandPhragmitesaustralis,(commonreed)usingacombinationofairbornediscrete-returnLiDARandhyperspectraldata.InternationalJournalofAppliedEarthObservation&Geoinformation.2017:107–117. 29ShezhouLuo,JingM.Chen,ChengWang,XiaohuanXi,HongchengZeng,DailiangPeng,andDongLi.EffectsofLiDARpointdensity,samplingsizeandheightthresholdonestimationaccuracyofcropbiophysicalparameters.OPTICSEXPRESS.2016,24(11):11578-11593. 30JunshengLi,ShengleiWang,YanhongWu,BingZhang,XiaolingChen,FangfangZhang,QianShen,DailiangPeng，andLiqiaoTian.MODISobservationsofwatercolorofthelargest10lakesinChinabetween2000and2012,InternationalJournalofDigitalEarth.2016.9(8),788–805. 31LiangyunLiu,DailiangPeng,WangZhiwui,YongHu.2014.ImprovingartificialforestbiomassestimatesusingafforestationageinformationfromtimeseriesLandsatstacks.Environmentalmonitoringandassessment186(11),7293-7306. 32LiangyunLiu,DailiangPeng,YongHuandQuanjunJiao.2013.ANovelinSituFPARMeasurementMethodforLowCanopyVegetationBasedonaDigitalCameraandReferencePanel.RemoteSensing2013,5,274-281. 33ZhihuiWang;GaryN.Bastin;LiangyunLiu;PeterA.CaccettaandDailiangPeng.2015.Estimatingwoodyabove-groundbiomassinanaridzoneofcentralAustraliausingLandsatimagery,JournalofAppliedRemoteSensing.9(1),0960361-18(Jun25,2015). 34HuYong,LiangyunLiu,DailiangPeng,QuanjunJiao.2014.ALandsat-5atmosphericcorrectionbasedonMODISatmosphereproductsand6Smodel.IEEEJournalofSelectedTopicsinAppliedEarthObservationsandRemoteSensing.5.1609-1619. 35LiangyunLiu,YongjiangZhang,QuanjunJiao,DailiangPeng.2013.Assessingphotosyntheticlight-useefficiencyusingsolar-inducedchlorophyllfluorescenceandphotochemicalreflectanceindex(PRI).InternationalJournalofRemoteSensing,34(12):4264-4280. 36FuminWang,JingfengHuang,YuanWang,ZhuanyuLiu,DailiangPeng,FeifengCa,2013.Monitoringnitrogenconcentrationofoilseedrapefromhyperspectraldatausingradialbasisfunction.InternationalJournalofDigitalEarth,6:6,550-562. 37LinlinGuan,LiangyunLiu,DailiangPeng,YongHu,QuanjunJiao,LinglingLiu.2012.MonitoringthedistributionofC3andC4grassesinatemperategrasslandinnorthernChinausingMODISNDVItrajectories.JournalofAppliedRemoteSensing,6,063535-1-13. 38HuashengSun,JingfengHuang,AlfredoR.Huete,DailiangPeng,FengZhang.2009.Mappingpaddyricewithmulti-datemoderate-resolutionimagingspectroradiometer(MODIS)datainChina.JournalofZhejiangUniversitySCIENCEA.10(10):1509-1522. 39YanJin,JingfengHuang,DailiangPeng,2009.AnewquantitativemodelofecologicalcompensationbasedonecosystemcapitalinZhejiangProvince,China,JournalofZhejiangUniversitySCIENCEB.10(4):301–305. 40彭代亮.周斌.刘良云;杨晓华.2013.北美永久湿地NDVI时序变化特征分析——以哈德逊湾西南湿地区域为例,遥感技术与应用，28(6):1054-1061. 41彭代亮，周炼清，黄敬峰，周斌，王福民.2011.基于抽样调查地块实测数据的省级水稻单产遥感估算.农业工程学报，27(9)：106-114. 42彭代亮，黄敬峰，王福民，孙华生.2010.基于空间分析与两维图论聚类的湖南水稻遥感估产分区,农业工程学报,26:156－161. 43彭代亮，黄敬峰，王福民，孙华生.2010.基于分区的水稻总产遥感估算研究,中国科学：信息科学，40:184-195. 44彭代亮，黄敬峰，孙华生，王福民.2010.基于TerraAquaMODIS增强型植被指数的县级水稻总产遥感估算,中国水稻科学.24(5):516-522. 45彭代亮,黄敬峰,王秀珍.2007.基于MODIS-EVI区域植被季节变化与气象因子的相关性分析,应用生态学报,18(5)：983—989. 46彭代亮，黄敬峰，邓睿，蔡承侠.2007.新疆月平均气温空间化处理及结果分析,浙江大学学报（理学版）,34(5):580-584. 47彭代亮，邓睿，黄敬峰，蔡承侠.2007.基于GIS新疆地区干湿状况时空变化分析,科技通报.23(5):635-640. 48谢巧云，黄文江，梁栋，彭代亮，黄林生，宋晓宇，张东彦，杨贵军.2014最小二乘支持向量机方法对冬小麦叶面积指数反演的普适性研究.光谱学与光谱分析.34(2),489-493. 49赵娟，张耀鸿，黄文江，景元书，彭代亮，王力，宋晓宇.2014.基于热点效应的不同株型小麦LAI反演.光谱学与光谱分析.1（34）：207-211. 50谢巧云,黄文江,蔡淑红,梁栋,彭代亮,张清,黄林生,杨贵军,张东彦.2014.冬小麦叶面积指数遥感反演方法比较研究.光谱学与光谱分析.5(34)1352-1356. 51徐焕颖,贾建华，刘良云，彭代亮*，李存军，吴耀平.2015.基于多源干旱指数的黄淮海平原干旱监测.遥感技术与应用，30(1):25-32. 52刘良云，关琳琳，彭代亮，胡勇，刘玲玲.2012.C3、C4作物的光保护机制差异的光谱探测研究.遥感学报,16(4):783-795. 53张赫林,彭代亮,邓睿,王大成,韩永欢.2017.基于Landsat时间序列数据的祁连山区域土地利用变化研究.北京工业大学学报，43(5):10-21. 54梁栋,杨勤英,黄文江,彭代亮,赵晋陵,黄林生,张东彦,宋晓宇.基于小波变换与支持向量机回归的冬小麦叶面积指数估算.红外与激光工程,2015,44(1):335-340. 55孙晨曦,刘良云,关琳琳,焦全军,彭代亮.锡林浩特草原区域MODISLAI产品真实性检验与误差分析.遥感学报.2014.18(3):527-536 56董洲，赵霞，梁栋，黄文江，彭代亮，黄林生.内蒙古灌丛化草原分布特征的遥感辨识.农业工程学报.2014.30(11)：152-158. 57张健，刘良云，焦全军，彭代亮.基于能量平衡原理的FPAR遥感反演研究.遥感技术与应用，2014.29（6）：976-983. 58梁栋,谢巧云,黄文江,彭代亮,杨晓华,黄林生,胡勇.2013.基于最小二乘支持向量机的时间序列叶面积指数预测研究.红外与激光工程,2014,43(1):243-248. 59赵晶晶，刘良云，徐自为，焦全军，彭代亮，胡勇，刘绍民.2011.华北平原冬小麦总初级生产力的遥感监测，农业工程学报，27(13):346-351. 60邓睿，黄敬峰，王福民，孙华生，彭代亮.2010.基于中分辨率成像光谱仪(MODIS)数据的水稻遥感估产研究——以江苏省为例.中国水稻科学，24(1)：87-92. 61孙华生,黄敬峰,彭代亮.2009.利用MODIS数据识别水稻关键生长发育期.遥感学报,(6):1130-1146. 62李军，高苹，陈艳春，陈惠，杨太明，黄敬峰，金志凤，彭代亮.2008.华东地区耕作制度对积温变化的响应.生态学杂志，27（3）：361-368. 63王红说，黄敬峰，徐俊锋，彭代亮.2008.基于MODISNDVI时间序列谱匹配的耕地信息提取研究——以浙中地区为例，浙江大学学报（农业与生命科学版）.34(3):334-340.