个人简历

个人简介:
董元杰，男，1977年10月生，山东省临邑县人。博士，教授，农业资源与环境硕士研究生导师。
2001年本科毕业于山东农业大学资源与环境学院，2006年博士毕业于山东农业大学资源与环境学院，获土壤学博士学位。2007年10月-2010年3月在山东农业大学作物学博士后流动站进行博士后研究，2012年10月-2013年11月在中国农业大学资源与环境学院进行国内访问学者工作研究，2014年11月-2015年11月在美国佛罗里达大学土水系进行国际访问学者工作研究。2006年7月以来于山东农业大学资源与环境学院工作，历任讲师、副教授、教授。
教学工作:
主讲《植物营养与肥料学》、《土壤肥料学》、《农业环境学》、《肥料工艺与肥料资源利用》和《植物营养逆境生理与调控》等研究生和本科生课程。招收农业资源与环境学术型硕士研究生和资源利用与植物保护专业学位硕士研究生。已指导全日制硕士研究生21名，毕业16人，在读5人。毕业生当中有2人被评为山东省优秀毕业研究生，有4人获得研究生国家奖学金。3名毕业生的学位论文被评为“山东省优秀硕士学位论文”。招收农业资源与环境（土壤学和植物营养学）学术型硕士研究生和资源利用与植物保护专业型硕士

研究领域

植物营养与肥料、土壤生态与环境质量"科研项目:
[1]十三五国家重点研发计划项目课题，2017YFD0201705，鲁东冬小麦化肥农药减施技术集成研究与示范，2017/07-2020/12，770万元，在研，主持；
[2]国家重点基础研发计划项目（973）子课题，2015CB150404，冬小麦高产高效的栽培学机制与途径，2015/01-2019/12，96万元，在研，主持；
[3]山东省自然科学基金（面上项目），ZR-2017MD010外源一氧化氮强化黑麦草修复土壤镉污染的机理及其应用研究，2017/10-2020/12，14万元，在研，主持；
[4]山东省自然科学基金（面上项目），ZR2013CM003，外源一氧化氮缓解花生缺铁黄花症的机理研究，2013/01-2016/12，9万元，已结题，主持；
[5]山东省重点研发计划项目子课题，2016CYJS05A02，盐碱地微生物改良菌剂及产品研发，2016/10-2018/12，7万元，在研，主持；
[6]山东省重点研发计划项目子课题，2017CXGC0301，盐碱地土壤氮素养分有效性调控技术研究，2017.7-2019.12，5万元，在研，主持；
[7]山东省高校科研基金，J14LF08，盐碱地土壤氮素养分有效性调控技术研究，2014.7-2017.12，5.6万元，已结题，主持。"

近期论文

发表论文:
[1]Dong,Yuanjie;Chen,Weifeng(*);Xu,Linlin;Kong,Jing;Liu,Shuang;He,Zhenli.Nitricoxidecaninducetolerancetooxidativestressofpeanutseedlingsundercadmiumtoxicity,PlantGrowthRegulation,2016.5,79(1):19~28.
[2]YilingSong;*YuanjieDong;XianyiTian;XiaoyingBai;ZhenliHe.AnExogenousSourceofNitricOxideModulatesIronNutritionalStatusinPeanutSeedlings(ArachishypogaeaL.)JPlantGrowthRegul,JPlantGrowthRegul(2016)35:730–743.
[3]Kong,Jing;Dong,Yuanjie*;Song,Yiling;Bai,Xiaoying;Tian,Xianyi;Xu,Linlin;Liu,Shuang;He,Zhenli.RoleofExogenousNitricOxideinAlleviatingIronDeficiencyStressofPeanutSeedlings(ArachishypogaeaL.),JournalofPlantGrowthRegulation,35(1),pp31-43,2016/3.
[4]XianyiTian;MingrongHe;ZhenlinWang;JiwangZhang;YilingSong;ZhenliHe;Yuanjiedong*.Applicationofnitricoxideandcalciumnitrateenhancestoleranceofwheatseedlingstosaltstress,PlantGrowthRegul,2015(77),pp341-356,2015/4/18.
[5]Bai,Xiaoying;Dong,Yuanjie*;Kong,Jing;Xu,Linlin;Liu,Shuang.EffectsofapplicationofsalicylicacidalleviatescadmiumtoxicityinperennialryegrassPlantGrowthRegulation,75(3),pp695-706,2015/4.
[6]Kong,Jing;*Dong,Yuanjie;Xu,Linlin;Liu,Shuang;Bai,Xiaoying.EffectsofExogenousSalicylicAcidonAlleviatingChlorosisInducedbyIronDeficiencyinPeanutSeedlings(ArachishypogaeaL.),JournalofPlantGrowthRegulation,33(4),pp715-729,2014/12.
[7]DongYJ,ChenWF,BaiXY,LiuFZ,WanYS.2019.Effectsofexogenousnitricoxideand24-epibrassinolideonthephysiologicalcharacteristicsofpeanutseedlingsundercadmiumstress.Pedosphere.29(1):45–59.
[8]SongYL,DongYJ,TianXY,WangWW,HeZ.2018.Mechanismsofexogenousnitricoxideand24-epibrassinolidealleviatingchlorosisofpeanutplantsunderirondeficiency.Pedosphere.28(6):926–942.
[9]Song,Y.L.;Dong,Y.J.(*);Tian,X.Y.;Wang,W.W.;He,Z.L.EffectsofnitricoxideandFesupplyonrecoveryofFedeficiencyinducedchlorosisinpeanutplants,BiologiaPlantarum,2017.1,61(1):155~168.
[10]L.L.XU;Z.Y.FAN;Y.J.DONG*;J.KONG;S.LIU;J.HOU;X.Y.BAI.EffectsofexogenousNOsuppliedwithdifferentapproachesoncadmiumtoxicityinlettuceseedlings,PlantBiosystems,149(2),pp270-279,2015/4/6.
[11]X.Y.BAI;*Y.J.DONG;Q.H.WANG;L.L.XU;J.KONG.Effectsofleadandnitricoxideonphotosynthesis,antioxidativeability,andmineralelementcontentofperennialryegrass,BIOLOGIAPLANTARUM,59(1),pp163-170,2015/1/27.
[12]L.L.XU;Z.Y.FAN;Y.J.DONG*;J.KONG;X.Y.BAI.Effectsofexogenoussalicylicacidandnitricoxideonphysiologicalcharacteristicsoftwopeanutcultivarsundercadmiumstress,BIOLOGIAPLANTARUM,59(1),pp171-182,2015/1/11.
[13]Song,Y.L.;Dong,Y.J.(*);Tian,X.Y.;Kong,J.;Bai,X.Y.;Xu,L.L.;He,Z.L.Roleoffoliarapplicationof24-epibrassinolideinresponseofpeanutseedlingstoirondeficiency,BiologiaPlantarum,2016.6,60(2):329~342.
[14]X.Y.Bai;Y.J.Dong*;L.L.Xu;J.Kong;S.LIU.EffectsofExogenousNitricOxideonPhysiologicalCharacteristicsofPerennialRyegrassunderCadmiumandCopperStress,RussianJournalofPlantPhysiology,62(2),pp237-245,2015/01/14.
[15]Kong,Jing;Dong,Yuanjie*;Zhang,Xiuwei;Wang,Quanhui;Xu,Linlin;Liu,Shuang;Hou,Jun;Fan,Zhenyi.Effectsofexogenoussalicylicacidonphysiologicalcharacteristicsofpeanutseedlingsunderiron-deficiencystress,JournalofPlantNutrition,38(1),pp127-144,2015.;SCI（四区）IF=0.768
[16]Y.J.Dong;Z.L.Wang;J.W.Zhang;S.Liu;Z.L.He;M.R.He.InteractioneffectsofnitricoxideandsalicylicacidinalleviatingsaltstressofGossypiumhirsutumL.,JournalofSoilScienceandPlantNutrition,15(3),pp561-573,2015/9/1.
[17]JunHou;*YuanJieDong;ChunShengLiu;GuoShengGai;GuiYanHu;ZhenYiFan;LinLinXu.NutrientReleaseCharacteristicsofCoatedFertilizersbySuperfinePhosphateRockPowderanditsEffectsonPhysiologicalTraitsofChineseCabbage,JournalofPlantNutrition,2015(38),pp1254-1274,2015/6/12.
[18]Hou,Jun;*Dong,Yuanjie;Fan,Zhenyi.EffectsofCoatedUreaAmendedwithBiologicalInhibitorsonPhysiologicalCharacteristics,Yield,andQualityofPeanut,CommunicationsinSoilScienceandPlantAnalysis,45(7),pp896-911.
[19]Song,Yiling;Dong,Yuanjie(*);Kong,Jing;Tian,Xianyi;Bai,Xiaoying;Xu,Linlin.Effectsofrootadditionandfoliarapplicationofnitricoxideandsalicylicacidinalleviatingirondeficiencyinducedchlorosisofpeanutseedlings,JournalofPlantNutrition,2017,40(1):63~81.
[20]Dong,Yuanjie;Wang,Wanwan;Hu,Guoqing;Chen,Weifeng;Zhuge,Yupng;Wang,Zhenlin;He,MingRong(*).Roleofexogenous24-epibrassinolideinenhancingthesalttoleranceofwheatseedlingsJOURNALOFSOILSCIENCEANDPLANTNUTRITION,2017.9,17(3):554~569.
[21]Dong,Yuanjie;Chen,Weifeng;Liu,Fengzhen;Wan,Yongshan(*).EffectsofExogenousSalicylicAcidandNitricOxideonPeanutSeedlingsGrowthunderIronDeficiency,COMMUNICATIONSINSOILSCIENCEANDPLANTANALYSIS,2016,47(22):2490~2505.
[22]YuanjieDong,WeifengChen,YupingZhuge,YilingSong,GuoqingHu,YongshanWan,FengzhenLiu&XuhuaLi(2018)EffectofapplicationofexogenousnitricoxideatdifferentcriticalgrowthstagesinalleviatingFedeficiencychlorosisofpeanutgrowingincalcareoussoil,JournalofPlantNutrition,41:7,867-887.
[23]Zhang,Xiuwei;*Dong,Yuanjie;Kong,Jing;Liu,Zhiguang;Wang,Quanhui.Effectsofnitricoxideoniron-deficiencystressalleviationofpeanut.JournalofPlantNutrition,37(13),pp2108-2127,2014.
[24]Chen,Weifeng,Dong,Yuanjie*,Hu,Guoqin,Bai,Xiaoying.Effectsofexogenousnitricoxideoncadmiumtoxicityandantioxidativesysteminperennialryegrass.JournalofSoilScienceandPlantNutrition,2018,18(1),129-143.
[25]W.W.Wang,X.Y.Bai,Y.J.Dong*,W.F.Chen,Y.L.Song,X.Y.Tian.EffectsofapplicationofexogenousNOonthephysiologicalcharacteristicsofperennialryegrassgrowninCdcontaminatedsoil.JournalofSoilScienceandPlantNutrition,2016,16(3),731-744.
[26]Y.J.Dong,M.R.He,Z.L.Wang,W.F.Chen,J.Hou,X.K.Qiu,J.W.Zhang.Effectsofnewcoatedreleasefertilizeronthegrowthofmaize,JournalofSoilScienceandPlantNutrition,2016,16(3),637-649.
[27]YuanjieDong,YongshanWan,FengzhenLiu&YupingZhuge(2019):EffectsofexogenousSAsuppliedwithdifferentapproachesongrowth,chlorophyllcontentandantioxidantenzymesofpeanutgrowingoncalcareoussoil,JournalofPlantNutrition,DOI:10.1080/01904167.2019.1648679
[28]Y.J.Dong,W.F.Chen,F.Z.Liu&Y.S.Wan(2019):Physiologicalresponses
ofpeanutseedlingstoexposuretoloworhighcadmiumconcentrationandthealleviatingeffectofexogenousnitricoxidetohighcadmiumconcentrationstress,PlantBiosystems-AnInternationalJournalDealingwithallAspectsofPlantBiology,DOI:10.1080/11263504.2019.1651771
[29]Huguoqing,Dongyuanjie*,Wanghui,Qiuxiankui,Wangyanhua.Laboratorytestingofmagnetictracersforsoilerosionmeasurement.Pedosphere,2011,21(3):328-338.
[30]X.W.Zhang,Y.J.Dong＊,X.Q.Qiu,G.Q.Hu,Y.H.Wang,Q.H.Wang.Exogenousnitricoxidealleviatesiron-deficiencychlorosisinpeanutgrowingoncalcareoussoil.PLANTSOILENVIRON.,58,2012(3):111–120.
[31]Y.J.Dong*,S.S.Jinc,S.Liu1,L.L.Xu1,J.Kong.EffectsofexogenousnitricoxideongrowthofcottonseedlingsunderNaClstress.JournalofSoilScienceandPlantNutrition,2014,14(1),1-13
[32]XiuweiZhang,YuanjieDong*,JingKong,ZhiguangLiu,QuanhuiWang.EffectsofNitricOxideonIron-DeficiencyStressAlleviationofPeanut.JournalofPlantNutrition,37:2108–2127,2014.
[33]JingKong,YuanjieDong*,LinlinXu,ShuangLiuandXiaoyingBai.Roleofexogenousnitricoxideinalleviatingirondeficiency-inducedpeanutchlorosisoncalcareoussoilJournalofPlantInteractions,2014Vol.9,No.1,450–459.
[34]YuanjieDong*,LinlinXu,QuanhuiWang,ZhenyiFan,JingKongandXiaoyingBai.Effectsofexogenousnitricoxideonphotosynthesis,antioxidativeability,andmineralelementcontentsofperennialryegrassundercopperstress.JournalofPlantInteractions,2014,Vol.9,No.1,402–411.
[35]LinlinXu,YuanjieDong*,ZhenyiFan,JingKong,ShuangLiu,XiaoyingBai.EffectsoftheapplicationofexogenousNOatdifferentgrowthstageonthephysiologicalcharacteristicsofpeanutgrowninCd-contaminatedsoil.JournalofPlantInteractions,2014Vol.9,No.1,285-296.
[36]KongJ，DongYJ,XuLL,LiuS,BaiXY.EffectsoffoliarapplicationofsalicylicacidandnitricoxideinalleviatingirondeficiencyinducedchlorosisofArachishypogaeaL.BotanicalStudies2014
[37]XuLL，DongYJ,KongJ,LiuS.(2014)EffectsofrootandfoliarapplicationsofexogenousNOonalleviatingcadmiumtoxicityinlettuceseedlings.PlantGrowthRegul(2014)72:39–50
[38]王弯弯,诸葛玉平,王慧桥,贺明荣,王振林,张吉旺,董元杰.外源NO对盐胁迫下小麦幼苗生长及生理特性的影响.土壤学报，2017,54（2）:250-257.
[39]张倩,贺明荣,陈为峰,代兴龙,王振林,董元杰,诸葛玉平.外源一氧化氮与水杨酸对盐胁迫下小麦幼苗生理特性的影响[J].土壤学报,2018,55(5):1254-1263.
[40]张倩，陈为峰，董元杰.外源硝普钠与EDTA强化黑麦草耐镉性及镉积累植物.营养与肥料学报,2019,25(9):1560–1568