|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
饵料对网纹藤壶幼虫发育和附着的影响
Keywords: 藤壶,无节幼虫,金星幼虫,亚心形扁藻
Abstract:
？研究了亚心形扁藻platymonassubcordiformis、小球藻chlorellasp.对网纹藤壶balanusreticulatus幼虫发育和附着的影响。结果表明,在幼虫存活率以及金星幼虫和ⅵ期无节幼虫所占比例方面,旺盛期亚心形扁藻对网纹藤壶幼虫的投喂效果均明显优于小球藻;旺盛期亚心形扁藻培养的金星幼虫附着率明显高于老化扁藻(p<0.01)。因此,以旺盛期亚心形扁藻作为幼虫培养饵料应更有利于藤壶幼体的生长发育。
| [1] | 房宽,唐学玺,张璟,等.2013.饵料微藻的种类和密度差异对褶皱臂尾轮虫幼虫摄食和选食行为的影响[j].海洋环境科学,32(4):497–500.郭峰,柯才焕,周时强.2007.不同单胞藻饵料培养九孔鲍早期稚贝的研究[j].中国水产科学,14(2):263–269.李捷,孙松,李超伦,等.2006.不同饵料对桡足类无节幼体存活、发育的影响研究[j].海洋科学,30(12):13–20.王庆志,张明,付成东,等.2013.不同饵料和饥饿对魁蚶幼虫生长和存活的影响[j].生态学报,33(13):3963–3969.韦金河,汪廷,冯伟民,等.2004.小球藻大面积养殖技术[j].江苏农业科学,32(2):74–76.解承林.1978.几种海洋浮游藻类的培养[j].动物学杂志,13(1):39–41.徐怡,胡忠军,刘其根,等.2011.温度和不同氮磷浓度培养的小球藻对透明溞生长和繁殖的影响[j].上海海洋大学学报,20(5):712–719.严涛,刘姗姗,曹文浩.2008.中国沿海水产设施污损生物特点及防除途径[j].海洋通报,27(1):102–110.严涛,谢恩义,曹文浩,等.2011.华南沿海4种主要污损生物幼虫和孢子的采集与培养技术[j].热带海洋学报,30(3):56–61.张辉,孙雪峰,尤宏争.2008.不同单细胞藻类对日本对虾仔虾生长及存活率的影响[j].饲料工业,29(12):24–27.张萍萍,李琪,孔令锋,等.2011.四种单胞藻和海洋红酵母对刺参浮游幼虫生长与变态成活的影响[j].中国海洋大学学报,41(10):30–34郑严.1977.海洋饵料生物培养概况[j].海洋科学,1(2):55–60.azispka,al-tisani,al-dailim,etal.2003.marinemacrofouling:areviewofcontroltechnologyinthecontextofanon-lineexperimentintheturbinecondenserwaterboxofal-jubailphase-ipower/msfplants[j].desalination,154(3):277–290.braithwaitera,mcevoyla.2005.marinebiofoulingonfishfarmsanditsremediation[j].advancedinmarinebiology,47:215–252.caowenhao,yantao,lizufu,etal.2013.foulingacornbarnaclesinchina—areview[j].chinesejournalofoceanologyandlimnology,31(4):699–711.christie,ao,dalleyr.1987.barnaclefoulinganditsprevention[m]//southwardaj.barnaclebiology.rot-ter？dam:taylor&francis:419–433.elserjj,hayakawak,urabej.2001.nutrientlimitationreducesfoodqualityforzooplankton:daphniaresponsetosestonphosphorusenrichment[j].ecology,82(3):898–903.fitridgei,dempstert,guentherj,etal.2012.theimpactandcontrolofbiofoulinginmarineaquaculture:areview[j].biofouling,28(7):649–669.huntleyme,ciminiellop,lopezmd.1987.importanceoffoodqualityindeterminingdevelopmentandsurvivalofcalanuspacificus(copepoda:calanoida)[j].marinebiology,95:103–113.jennerha,whitehousejw,taylorcjl,etal.1998.coolingwatermanagementineuropeanpowerstations:biologyandcontrol[m]//khalanskim,parentjf,sicletf.hydroécologieappliquée1-2.paris:electricitédefrance:1–225.malletal,carverce,hardym.2009.theeffectoffloatingbagmanagementstrategiesonbiofouling,oystergrowthandbiodepositionlevels[j].aquaculture,287:315–323.ormejac,mastersi,griffithsrt.2001.investigationoftheeffectofbiofoulingontheefficiencyofmarinecurrentturbines[c]//frenchc.proceedingsofmarec2001,internationalconferenceonmarinerenewableenergies.london:instituteofmarineengineers:91–99.rittschofd,clareas,gerhartdj,etal.1992.barnacleinvitroassaysforbiologicallyactivesubstances:toxicityandsettlementinhibitionassaysusingmassculturedbalanusamphitriteamphitritedarwin[j].biofouling,6(2):115–122.schultzmp,bendickja,holmber,etal.2011.economicimpactofbiofoulingonanavalsurfaceship[j].biofouling,27(1):87–98.thiyagarajanv,venugopalanvp,subramoniamt,etal.1996.rearingofbarnaclebalanusreticulatusutinomilarvaeusingthediatomchaetocerosighamiasfood[j].indianjmarsci,25(4):365–367.thomasonjc,hillsjm,clareas,etal.1998.hydrodynamicconsequencesofbarnaclescolonization[j].hydrobiologia,375/376:191–201.yantao,yanwenxia.2003.foulingofoffshorestructuresinchina-areview[j].biofouling,19(suppl):133–138.
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
