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施肥对围隔中浮游纤毛虫种群动态的调控分析
引用本文:黄斌,查广才. 施肥对围隔中浮游纤毛虫种群动态的调控分析[J]. 水利渔业, 2011, 32(4): 130-136
作者姓名:黄斌  查广才
作者单位:1. 信阳师范学院生命科学学院,河南信阳,464000
2. 韩山师范学院生物系,广东潮州,521041
摘    要:通过不同的施肥处理,对低盐度对虾养殖围隔环境中浮游纤毛虫群落结构动态变化进行了研究,共检测到浮游纤毛虫48种,分属于3纲、11目、37属;其中,寡毛目(Oligotrichida)8种,缘毛目(Peritrichida)7种,腹毛目(Hypotrichida)和盾纤目(Scuticociliatida)均为6种;优势种...

关 键 词:围隔  纤毛虫  种群结构  种群动态  优势种

Study on Fertilization to the Population Dynamics of Planktonic Ciliates in Low Salinity Control Enclosures
Abstract:The community structure and population dynamics of planktonic ciliates in controlled enclosure environment at low salinity levels were studied and analyzed.A total of 48 planktonic ciliates species were indentified,belonged to 3 classes,11 orders and 37 genera,including 8 species of oligotrichida,7 species of peritrichida,and 6 species of hypotrichida and scuticociliatida among them.The dominant species mostly enjoyed living in eutrophic water or were pollution-resistant species.Different treatment had significant effects on the community structure and population dynamics of planktonic ciliates.The proper fertilizer volume and of organic fertilizer and chemical fertilizer matches executes of 5 tank enclosures,and apply merchandise compound fertilizers alone of No.7 enclosures and No.9 enclosures,the planktonic ciliates species more abundant and with an average of 6.7 species of detectd each time,the population densities were 112.30,91.15 and 111.00 cells/mL,respectively.In the enclosure applied with organic fertilizer,the planktonic ciliates appeared earlier,the ciliates addicted to eutrophic water were the dominant species.The densities were lower in early and late periods and higher in intermediate period of planktonic ciliates and planktonic algae,and the diversity of planktonic ciliates of early and late periods was lower and intermediate period was higher,while that of planktonic algae was negative.The study provided the theoretical bases for healthy culture and ecological regulation and management of prawns.
Keywords:control enclosures  planktonic ciliate  population structure  population dynamics  dominant species
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