Micro/Nano Bubble Technology : Characteristics and Implications Biology Performance of Koi Cyprinus carpio in Recirculation Aquaculture System (RAS)

H. K. Saputra, K. Nirmala, E. Supriyono, N. Rochman
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引用次数: 7

Abstract

Technology for aquaculture is growing with the high demand of fish. Micro / nano bubble is one of technology that is developed to increase dissolved oxygen in water. This technology is used to increase Koi fish production in high density via RAS. The purpose of this study was to determine the characteristics of micro / nano bubble technology and its effect on biology of koi fish (Cyprinus carpio). Lutor was used to introduce micro / nano bubble in the fish tank by using fish length (e.g. 7.49 ± 0.29 cm). This research used completely randomized design with one factor (fish density) and three replications. This factor was three densities of fish at 15 fish.60 L-1 (A), 30 fish.60 L -1 (B), and 45 fish. 60 L -1 (C). The result showed that there was the absolute length of each treatments was (0.52 ± 0.03a) cm for A, treatment  B (0.36 ± 0.07ab) cm and C treatment (0.29 ± 0.08b) cm. The best treatment is A treatment (15 fish. 60 L -1) and different significant in statistic with C treatment (45 fish. 60 L-1) but not significant in statistic with B treatment (30 fish.­ 60 L -1).
微/纳米气泡技术:循环水养殖系统中鲤的特性及生物学性能
随着对鱼类的高需求,水产养殖技术也在不断发展。微/纳米气泡是为增加水中溶解氧而开发的技术之一。这项技术用于通过RAS提高高密度锦鲤的产量。本研究的目的是确定微/纳米气泡技术的特点及其对鲤鱼生物学的影响。Lutor用于通过使用鱼的长度(例如7.49±0.29 cm)在鱼缸中引入微/纳米气泡。本研究采用一因素(鱼类密度)和三次重复的完全随机设计。该因子是三种密度的鱼,分别为15条鱼.60 L-1(A)、30条鱼.60 L-1(B)和45条鱼。60升-1(C)。结果表明,各处理的绝对长度分别为(0.52±0.03a)cm、(0.36±0.07ab)cm和(0.29±0.08b。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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