个人简介

中国海洋大学“筑峰人才工程”第一层次特聘教授,山东省泰山学者 田永军教授在日本留学和工作多年，在气候变化对西北太平洋秋刀鱼的影响机理、日本海的鱼类群落对regimeshift的响应等领域做出了开创性的成果，一系列的成果在日本以及国际上受到了很高的学术评价，并荣获2014年度日本水产学会进步奖。田永军教授于2015年全职回海大工作，是“渔业海洋学”方向的学术带头人。本方向是中国海洋大学的重点发展方向之一，致力于从气候、海洋、生态到渔业的多学科交叉研究，代表了中国海洋大学的特色和优势。无论是海洋捕捞还是海水养殖，我国都是世界第一，是名副其实的海洋大国。然而，我国近海渔业资源严重衰退，海洋渔业的健康和可持续发展面临着前所未有的挑战。希望有各种背景的学生和研究人员，加入到渔业海洋学研究团队，共同努力，为我国海洋渔业的可持续发展，为使“渔业海洋学”这一方向成为代表中国海洋大学、具有国际水平的特色专业作出贡献。 主持项目和主要代表成果 主持国家自然科学基金重点项目、国家海洋局南大洋专项、欧盟贝尔蒙特论坛国际合作项目等多项。 发表学术论文100余篇。

研究领域

渔业海洋学、渔业资源学、渔业生态学

聚焦气候变化、海洋环境、人类活动等外部环境对海洋生物资源变动的影响过程和机理。特色是将物理过程和生物过程融合在一起，注重其影响机理的阐明，然后将其模型化并达到可进行预测的目标。从宏观（全球气候变化）到微观（鱼类生活史过程），从个体到生态系统等不同时空尺度的视点探讨海洋生物种群的变动机制，为海洋渔业资源的可持续利用和管理提供科学依据

近期论文

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1)Xing,Qinwang,HaiqingYu,Shin-ichiIto,ShuyangMa,HuamingYu,HuiWang,YongjunTian*,PengSun,YangLiu,JianchaoLi,ZhenjiangYe，2021.Usingalarvalgrowthindextodetecttheenvironment-recruitmentrelationshipsanditslinkagewithbasin-scaleclimatevariability:AcasestudyforJapaneseanchovy(Engraulisjaponicus)intheYellowSea.EcologicalIndicator,122：107301.（https://doi.org/10.1016/j.ecolind.2020.107301）2)Zhang,Wenchao,HaiqingYu,ZhenjiangYe,YongjunTian*,YangLiu,JianchaoLi,QinwangXing,YiqianJiang,2021.SpawningstrategyofJapaneseanchovyEngraulisjaponicusinthecoastalYellowSea:Choiceanddynamics.FisheriesOceanography.2020,00:1–16.（DOI:10.1111/fog.12523）3)GUOJianzhong,LIUDan,ZHANGChi,TIANYongjun*,LIZhixin,2020：UsingstatolithshapeanalysistoidentifyfivecommercialLoliginidaesquidspeciesintheChinaSeas.JournalofOceanologyandLimnology,(https://doi.org/10.1007/s00343-020-0139-x).4)Ma,Shuyang,YongjunTian*,JianchaoLi,HaiqingYu,JiahuaCheng,PengSun*,CaihongFu,YangLiuandYoshiroWatanabe,2020.ClimatevariabilitypatternsandtheirecologicaleffectsonecosystemsinthenorthwesternNorthPacific.FrontierinMar.Sci.,Volume7,Article546882.(doi:10.3389/fmars.2020.546882).5)Ma,Shuyang,YongjunTian*,CaihongFu,HaiqingYu,JianchaoLi*,YangLiu,JiahuaCheng,RongWan,YoshiroWatanabe,2021.Climate-inducednonlinearityinpelagiccommunitiesandnon-stationaryrelationshipswithphysicaldriversintheKuroshioecosystem.FishandFisheries.2021,22:1–17.(DOI:10.1111/faf.12502)6)Pang,Y.,TianY.*,FuC.,RenY.,andWanR.,2020.GrowthanddistributionofAmphioctopusfangsiao(d’Orbigny,1839–1841)inHaizhouBay,YellowSea.J.OceanUniv.China(OceanicandCoastalSeaResearch),2020,19(5),1125-1132.(https://doi.org/10.1007/s11802-020-4322-7).7)Ju,Peilong,YongjunTian*,MingruChen,ShengyunYang,YangLiu,QinwangXingandPengSun*,2020.EvaluatingStockStatusof16CommercialFishSpeciesintheCoastalandOffshoreWatersofTaiwanUsingtheCMSYandBSMMethods.FrontierinMar.Sci.,Volume7,Article618.(DOI:10.3389/fmars.2020.00618)(publishedatJuly2020).8)Ju,Peilong,MingruChen,YongjunTian*,YuZhao,ShengyunYangandJiameiXiao,2020.Stockstatusestimatingof5sharkspeciesinthewatersaroundTaiwanusingalength-basedBayesianbiomassestimation(LBB)method.FrontierinMar.Sci.，Volume7,Article632.(doi:10.3389/fmars.2020.00632)9)LiuS,LiuY,AlabiaID,TianY*,YeZ,YuH,LiJandChengJ.,2020.ImpactofclimatechangeonwinteringgroundofJapaneseanchovy(Engraulisjaponicus)usingmarinegeospatialstatistics.Front.Mar.Sci.Vol.7,article604,1-15.doi:10.3389/fmars.2020.00604)10)Sun,P.,Q.Chen,C.Fu,Y.Xu,R.Sun,J.Li,H.Yu,C.Zhang,Y.Liu,Z.Ye,Y.Tian*,M.Heino,2020：Latitudinaldifferencesinearlygrowthoflargeheadhairtail(Trichiurusjaponicus)inrelationtoenvironmentalvariables.Fish.Oceanogr.2020,29:470–483.(https://doi.org/10.1111/fog.12490FO)11)Pan,Xindong,ZhenjiangYe,BinduoXu,TaoJiang,JianYang,YongjunTian*,2020.Populationconnectivityinahighlymigratoryfish,JapaneseSpanishmackerel(Scomberomorusniphonius),alongtheChinesecoast,implicationsfromotolithchemistry. FisheriesResearch231,105690(https://doi.org/10.1016/j.fishres.2020.105690).12)Ho,Ching-Hsien，NobuyukiYagi,YongjunTian,2020.Animpactandadaptationassessmentofchangingcoastalfishinggroundsandfisheryindustryunderglobalchange.MitigationandAdaptationStrategiesforGlobalChange,(https://doi.org/10.1007/s11027-020-09922-5)13)Kuo-WeiLan,Yan-LunWu,YongjunTian,2020.Determiningtheeffectofmultiscaleclimateindicesontheglobalyellowfintuna(Thunnusalbacares)populationusingatimeseriesanalysis.Deep-SeaResearchPartII，175,104808.(,https://doi.org/10.1016/j.dsr2.2020.10480814)Xing,Q.,H.Yu,H.Yu,P.Sun,Y.Liu,Z.Ye,J.Li,andY.Tian*,2020.Acomprehensivemodel-basedindexforidentificationoflarvalretentionareas:acasestudyforJapaneseanchovyEngraulisjaponicusintheYellowSea.EcologicalIndicators,116:106479.15)Sun,Y.,C.Zhang,Y.Tian*,Y.Watanabe,2020.Age,growthandmortalityrateoftheyellowgoosefishLophiuslitulon(Jordan,1902)intheYellowSea.JournalofOceanologyandLimnology,(https://doi.org/10.1007/s00343-019-9216-4）16)Sun,P.,Q.Chen,C.Fu,W.Zhu,J.Li,C.Zhang,H.Yu,R.Sun,Y.Xu,andY.Tian*(2020).Dailygrowthofyoung-of-the-yearlargeheadhairtail(Trichiurusjaponicus)inrelationtoenvironmentalvariablesintheEastChinaSea.JournalofMarineSystems,201,103243.17)Ma,S.,Y.Liu,J.Li,C.Fu,Z.Ye,P.Sun,H.Yu,J.ChengandY.Tian*(2019).Climate-inducedlong-termvariationsinecosystemstructureandatmosphere-ocean-ecosystemprocessesintheYellowSeaandEastChinaSea.ProgressinOceanography,175:183-197,2019.18)Ma,S.,J.Cheng,J.Li,Y.Liu,R.WanandY.Tian*(2019)InterannualtodecadalvariabilityinthecatchesofsmallpelagicfishesfromChinaSeasanditsresponsestoclimaticregimeshifts.DeepSeaResearchII,159,112-129.(https://doi.org/10.1016/j.dsr2.2018.10.005).19)Liu,S.,Y.Liu,C.Fu,L.Yan,Y.Xu,R.Wan,J.Li,andY.Tian*(2019).UsingnovelspawninggroundindicestoanalyzetheeffectsofclimatechangeonPacificsauryabundance.JournalofMarineSystems,191，13-23.(https://doi.org/10.1016/j.jmarsys.2018.12.007).20)Pang,Y.,Y.Tian*,C.Fu⁠,B.Wang,J.Li,Y.Ren,R.Wan(2018)⁠.VariabilityofcoastalcephalopodsinoverexploitedChinaSeasunderclimatechangewithimplicationsonfisheriesmanagement.FisheriesResearch,208,22-3321)Tu,C.,Y.Tian*andC.Hsieh(2015).EffectsofclimateontemporalvariationintheabundanceanddistributionofthedemersalfishassemblageintheTsushimaWarmCurrentregionoftheJapanSea.F.O.24(2),177-189.(doi:10.1111/fog.12101)22)Tian,Y.,K.Uchikawa,Y.UedaandJ.Cheng(2014):ComparisonoffluctuationsinfishcommunitiesandtrophicstructuresofecosystemsfromthreecurrentsaroundJapan:synchroniesanddifferences.ICESJournalofMarineScience,71(1),19-34(DOI:10.1093/icesjms/fst169）23)Tian,Y.,K.NashidaandH.Sakaji(2013):SynchronyinabundancetrendofspearsquidLoligobleekeriintheJapanSeaandthePacificOceanwithspecialreferencetothelatitudinaldifferencesinresponsetotheclimateregimeshift.ICESJournalofMarineScience,70(5),968-979.(DOI:10.1093/icesjms/fst015）24)Tian,Y.,H.Kidokoro,T.Watanabe,Y.Igeta,H.SakajiandS.Ino(2012):Responseofyellowtail,Seriolaquinqueradiata,akeylargepredatoryfishintheJapanSea,toseawatertemperatureoverthelastcenturyandpotentialeffectofglobalwarming.JournalofMarine Systems,91,1-10.(doi:10.1016/j.jmarsys.2011.09.002)25)Tian,Y.,H.KidokoroandT.Fujino(2011):Interannual-decadalvariabilityofdemersalfishcommunityintheJapanSea:Impactsofclimateregimeshiftsandtrawlfishingwithimplicationsforecosystem-basedmanagement.FisheriesResearch,112,140-153.(DOI:10.1016/j.fishres.2011.01.034）26)Tian,Y(2009):Interannual-interdecadalvariationsofspearsquidLoligobleekeriabundanceinthesouthwesternJapanSeaduring1975-2006:impactsofthetrawlfishingandrecommendationsformanagementunderthedifferentclimateregimes.FisheriesResearch,100,78-85.(doi:101016/j.fishres.2009.06.005)27)Tian,Y.,H.Kidokoro,T.WatanabeandN.Iguchi(2008):Thelate1980sregimeshiftintheecosystemofTsushimaWarmCurrentintheJapan/EastSea:evidencefromhistoricaldataandpossiblemechanisms.ProgressinOceanography,77,127-145.28)Tian,Y.(2007).Long-termchangesintherelativeabundanceanddistributionofspearsquidLoligobleekeriinthesouthwesternJapanSeainrelationtoseawatertemperatures.GIS/SpatialAnalysesinFisheryandAquaticSciences,3,27-46.29)TianY.,H.KidokoroandT.Watanabe(2006):Long-termchangesinthefishcommunitystructurefromtheTsushimawarmcurrentregionoftheJapan/EastSeawithanemphasisontheimpactsoffishingandclimateregimeshiftoverthelastfourdecades.ProgressinOceanography,68,217-237.30)TianY.,T.AkamineandM.Suda(2004):ModelingthepopulationdynamicsofPacificsauryinthenorthwesternPacificusingalifecyclemodelincorporatingeffectsofoceanic-climatechanges,FisheriesOceanography,13(Suppl.1),125-137.31)TianY.,Y.Ueno,M.SudaandT.Akamine(2004):DecadalvariabilityintheabundanceofPacificsauryanditsresponsetoclimatic/oceanicregimeshiftsinthenorthwesternsubtropicalPacificduringthelasthalfcentury.JournalofMarineSystems,52,235-257.32)TianY.,T.AkamineandM.Suda(2003):VariationsintheabundanceofPacificsaury(Cololabissaira)fromthenorthwesternPacificinrelationtooceanic-climatechanges,FisheriesResearch,60,439-454.33)TianY.,T.AkamineandM.Suda(2002):Long-termvariabilityintheabundanceofPacificsauryinthenorthwesternPacificOceanandclimatechangesduringthelastcentury.BulletinofJapaneseSocietyofFisheriesOceanography,66,16-25.(inJapanese)、34)Tian,Y.andM.Shimizu(1999):AnalysisofpopulationdynamicsofthecockleFulviamuticausingalifecyclemodelincorporatingtheenvironmentalfactors.BulletinofJapaneseSocietyofFisheriesOceanography,63,30-37.(inJapanese)（水产海洋学会论文奖）