MANAJEMEN KUALITAS MEDIA AIR BUDIDAYA IKAN LELE DENGAN METODE BIOFLOK PADA KOLAM TERPAL

Saisa Saisa, Vera Viena, Tengku Mia Rahmiati, M. Mujiburrahman
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引用次数: 2

Abstract

Intensive catfish farming can cause a decrease in the water quality of the culture media, including decreasing dissolved oxygen content and increasing waste content, especially organic nitrogen. The application of Biofloc technology was carried out by the Young Independent Fish Cultivator Group (Pokdakan) with the aim of managing catfish farming activities in Lam Ara Village, Banda Raya District, Banda Aceh City using Biofloc on cultivation media. The purpose of this study was to compare the growth of catfish reared using Biofloc and non-Biofloc culture media. The test animals used in this study were catfish with Sangkuriang variety (Clarias gariepinus) measuring 7-8 cm as many as 2,000 fish in 8 different containers. Observations were made on the day of stocking until harvesting. The growth parameters observed were the length and weight of the fish. The environmental parameters observed were water temperature, dissolved oxygen, and pH. The results showed that there were differences in the increase in length and body weight of catfish in the cultivation media of Biofloc and non-Biofloc applications. The results of this study indicate that the application of the biofloc method can increase the productivity of tarpaulin ponds. The rearing media that applied the Biofloc technique showed better and relatively ideal conditions for catfish cultivation.
用油布池的生物flok方法对鲶鱼养殖场的水质质量管理
集约化养殖鲶鱼会导致培养基的水质下降,包括溶解氧含量下降和废物含量增加,特别是有机氮。Biofloc技术的应用是由青年独立养鱼者小组(Pokdakan)开展的,目的是管理班达亚齐市班达拉亚区Lam Ara村的鲶鱼养殖活动,使用Biofloc作为培养基。本研究的目的是比较使用Biofloc和非Biofloc培养基饲养的鲶鱼的生长情况。本研究使用的试验动物是长7-8厘米的sangkurang品种(Clarias gariepinus)鲶鱼,在8个不同的容器中多达2000条鱼。观察是在放养当天进行的,直到收获。观察到的生长参数是鱼的长度和重量。观察环境参数为水温、溶解氧和ph值。结果表明,施用Biofloc和未施用Biofloc的培养基中鲶鱼的体长和体重增长存在差异。研究结果表明,应用生物絮团法可以提高篷布池的生产力。采用Biofloc技术的养殖培养基对鲶鱼的养殖具有较好的、较理想的条件。
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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