尼日利亚东南部大规模生产用于水产养殖的轮虫(萼花Branchionus calyciflorus)

G. E. Odo, J. E. Agwu, F. Iyaji, J. Madu, N. I. Ossai, L. N. Allison
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引用次数: 8

摘要

在本研究中,研究了在尼日利亚东南部使用不同食物类型(小球藻、螺旋藻和贝克酵母)大规模生产淡水轮虫萼花Branchionus calyciflorus的情况。采用氮磷钾(NPK) +尿素(50:2.5 g)和鸡粪(25g)加新鲜藻类制备轮虫后备培养基。采用不同的食物浓度(150、300、650和1000 mg/ml)和饲喂间隔(每天2次和3次)分批培养法培养萼花小红花。小球藻650 mg/ml(213.81±9.94个/ml)、贝克酵母(196.67±8.18个/ml)和螺旋藻300 mg/ml(151.90±7.98个/ml)的种群增长率最高。小球藻和螺旋藻浓度为150 mg/ml时(分别为81.43±6.19和75.71±5.12个/ml),本地市场贝克酵母浓度为1000 mg/ml时(65.24±3.86个/ml),萼花小球藻种群生长量最小。试验第8天达到种群生长高峰(p < 0.05)。本研究表明,饲料种类的数量和质量对水产轮虫的大批量生产有重要影响。关键词:萼花支尾虫,大规模生产,水产养殖,养鱼场,尼日利亚
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mass production of rotifer (Branchionus calyciflorus) for aquaculture in south-eastern Nigeria
In this research, mass production of freshwater rotifer, Branchionus calyciflorus, for aquaculture in south-eastern Nigeria, using different food types (Chlorella sp., Spirulina sp and Baker’s yeast) was investigated. Rotifer stock culture was prepared using Nitrogen phosphorus Potassium, (NPK) + urea (50 : 2.5 g) and chicken droppings (25 g) with freshly grown alga. Different food concentrations (150, 300, 650 and 1000 mg/ml) and feeding intervals (2x and 3x per day) were used to grow B. calyciflorus in a Batch culture method. The highest population growth was attained with 650 mg/ml of Chlorella sp. (213.81±9.94 individuals/ml), followed by Baker’s yeast (196.67±8.18 individuals/ml) and 300 mg/ml of Spirulina sp. (151.90±7.98 individuals/ml). The least population growth of B. calyciflorus was recorded with 150 mg/ml concentration of Chlorella sp. and Spirulina sp. (81.43±6.19 and 75.71±5.12 individuals/ml, respectively), and 1000 mg/ml of Baker’s yeast (from local market) (65.24 ±3.86 individuals/ml). The peak population growth was attained on day 8 of experiment (p < 0.05). This study indicated that both the quantity and quality of food type have significant role on mass production of rotifer for aquaculture.   Key words: Branchionus calyciflorus, mass production, aquaculture, fish farm, Nigeria.
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