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1.ZhengZhou,FawenHu,WeijiaLi,XiaohanYang,EricHallerman,ZhitaoHuang*.Effectsofsalinityongrowth,hematologicalparameters,gillmicrostructureandgilltranscriptomeoffatgreenlingHexagrammosotakii,Aquaculture,2021,531,735945.2.XiefaSong,XiaohanYang,EricHallerman.Jiang,Y.,ZhitaoHuang*.EffectsofHydraulicRetentionTimeandInfluentNitrate-NConcentrationonNitrogenRemovalandMicrobialCommunityofanAerobicDenitrificationReactorTreatingRecirculatingMarineAquacultureSystemEffluent.Water,2020,12,650.3.XiaohanYang,XiefaSong,EricHallerman,ZhitaoHuang*.Microbialcommunitystructureandnitrogenremovalresponsesofanaerobicdenitrificationbiofilmsystemexposedtotetracycline,Aquaculture,2020,529,735665.4.ZhitaoHuang,XiefaSong,Jiang,Y.,EricHallerman*.Characterizationofanovelhaloduricheterotrophicnitrifyingandaerobicallydenitrifyingbacterium,Halomonassp.Z8asapotentialbioagentforwastewatertreatment.J.Environ.Biol.2020,41,43-52.5.XiaohanYang,XiefaSong,LeiPeng,EricHallerman,ZhitaoHuang*.Effectsofnitrateonaquacultureproduction,bloodandhematologicalmarkersandlivertranscriptomeofOplegnathuspunctatus.Aquaculture.2019,501,387-3966.XiaohanYang,LeiPeng,FawenHu,WenGuo,EricHallerman,ZhtiaoHuang*.Acuteandchronictoxicityofnitratetofatgreenling(Hexagrammosotakii).JournaloftheWorldAquacultureSociety.2019,50,1016-1025.7.ZhitaoHuang,YuliJang,XiefaSong,EricHallerman,LeiPeng,DengpanDong,TengMa,JiemingZhai,WenshengLi.2018.Ammonia-oxidizingbacteriaandarchaeawithinbiofiltersofacommercialrecirculatingmarineaquaculturesystem.AMBExpress.8:178.ZhitaoHuang,RongWan,XiefaSong,YingLiu,EricHallerman,DengpanDong,JiemingZhai,HesenZhang,LiyuanSun.2016.Metagenomicanalysisshowsdiverse,distinctbacterialcommunitiesinbiofiltersamongdifferentmarinerecirculatingaquaculturesystems.AquacultureInternational.(5):1-16.9.ZhitaoHuang,X.Song,Y.Zheng,L.Peng,R.Wan,T.Lane,J.Zhai,E.Hallerman,D.Dong.2013.Designandevaluationofacommercialrecirculating
systemforHalf-SmoothTongueSole(Cynoglossussemilaevis)production.AquaculturalEngineering.54,104-109.10.ZhitaoHuang,R.Wan,X.Song,E.Hallerman.2013.AssessmentofAquaMatsforRemovingAmmoniainIntensiveCommercialPacificWhiteShrimpLitopenaeusvannameiAquacultureSystems.AquacultureInternational.21.6:1333-1342.11.ZhitaoHuang,J.Jones,J.Gu,E.Hallerman,TLane,X.Song,R.Wan.2013.Performanceofarecirculatingaquaculturesystemutilizinganalgalturfscrubberforscaled-upcaptiverearingoffreshwatermussels(Bivalvia:Unionidae).NorthAmericanJournalofAquaculture.75.4:543-547.12.LiuYao,ZhitaoHuang,X.Song,J.Lei,L.Peng,B.Liu.StructureoptimizationofCycloBiofluidizedsandbiofiltersbasedonnumericalsimulation.AquaculturalEngineering,2015,69:18-22.13.褚云冲,王伟夫,胡江军,董登攀,盛化香,黄志涛*.光照对短须裂腹鱼生长及生理影响研究.渔业科学进展.2020.(已接收)14.江玉立,黄志涛*,宋协法,陈钊,董登攀,彭磊.基于好氧反硝化反应器的海水脱氮性能及动力学特征[J].环境工程学报,2019,13(02):365-371.15.宋协法,杨晓晗,黄志涛*.对鱼类毒性研究进展[J].中国海洋大学学报(自然科学版),2019,49(09):34-41.16.黄志涛,江玉立,宋协法.好氧反硝化技术处理水产养殖废水研究进展[J].渔业现代化,2018,45(05):7-13.17.陈钊,宋协法,黄志涛,李健,董登攀,任义,江玉立.循环水养殖系统中好氧反硝化细菌的分离和应用[J].中国海洋大学学报(自然科学版),2018,48(08):27-33.18.江玉立,黄志涛,宋协法,陈钊.好氧反硝化反应器中微生物群落的碳代谢特征[J].海洋与湖沼,2018,49(02):331-339.19.黄志涛,宋协法,李勋,万荣,董登攀,石蓉蓉,翟介明.基于高通量测序的石斑鱼循环水养殖生物滤池微生物群落分析[J].农业工程学报,2016,32(Supp.1):242-247.(EI)20.黄志涛,董登攀,宋协法,等.基于物质平衡原理的贝类循环水养殖系统的设计与试验[J].农业工程学报,2014,30(12):208-215.(EI)21.宋协法,黄志涛,宋业垚,万荣,马真.南美白对虾池塘养殖管理系统V1.0.2010,软件著作权登记号:2010SR05467722.宋协法,柳瑶,黄志涛.不同滤料及挂膜方式对养殖污水处理效果的研究,环境工程学报,2010,4(8):1687-169123.宋协法,黄志涛,彭磊.封闭循环水产养殖系统中三种生物滤池除氨氮效果的比较.渔业现代化2007,(1):1-4
24.柳瑶,宋协法,雷霁霖,彭磊,黄志涛,刘宝良.循环水养殖旋转式生物流化床生物过滤功能.农业工程学报,2015,03:249-254.25.宋协法,潘玉兰,马真,董登攀,黄志涛.单菌种和混合菌处理养殖污水的效果[J].环境工程学报,2015,07:3281-3287.26.宋协法,姜广龙,董登攀,宋德东,黄志涛,李强,刘龙,陈义明.燃油添加剂对渔船柴油机节能效果的试验研究.渔业现代化,2013,04:61-66.27.宋协法,宋德东,董登攀,姜广龙,黄志涛,陈义明.燃油添加剂对渔船柴油机排放影响的试验研究.渔业现代化,2013,06:68-73.28.宋协法,陈义明,彭磊,董登攀,李强,黄志涛,乔玮.多因子交互作用下大菱鲆幼鱼摄食和生长的数值模型研究.中国海洋大学学报(自然科学版),2013,10:25-32.