Application aquaponics biofloc of sangkuriang catfish (Clarias sp.)

D. Yonarta, Deri Malik, M. Fitrani, Madyasta Anggana Rarassari
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Abstract

The value of catfish production in Indonesia has decreased drastically every year. Increasing stocking density can be a solution to increase production, but it will have a negative impact on decreasing water quality which will also disrupt catfish production. Therefore, it needs to be accompanied by the application of biofloc and aquaponics technology which plays a role in maintaining optimal water quality while providing additional natural feed (floc) which can reduce feed use and reduce water usage. This study aims to increase the production value of sangkuriang catfish through the application of biofloc and aquaponic systems. This research was conducted in October-November 2022 at the Raudhatul Ulum Sakatiga Agribusiness Group, Ogan Ilir Regency. This study was designed using a comparison experiment. The treatments given consisted of P0 (control), P1 (Maintenance of sangkuriang catfish aquaponic biofloc of kale plant), and P2 (Maintenance of Sangkuriang catfish aquaponic biofloc of lettuce plant). The results showed that P2 was the best treatment which resulted in absolute growth in weight and length of 7.18 g and 3.74 cm, survival of 98%, and growth in length of kale of 30.9 cm.Keywords: aquaponics; biofloc; sangkuriang catfish
桑古良鲶鱼水培生物絮团的应用
印尼鲶鱼的产值每年都在急剧下降。增加放养密度可以提高产量,但它会对水质下降产生负面影响,这也会破坏鲶鱼的生产。因此,它需要伴随着生物絮团和鱼共生技术的应用,在保持最佳水质的同时提供额外的天然饲料(絮团),可以减少饲料的使用和减少水的使用。本研究旨在通过生物絮凝剂和水培系统的应用,提高桑库良鲶鱼的生产价值。这项研究于2022年10月至11月在Ogan Ilir Regency的Raudhatul Ulum Sakatiga Agribusiness Group进行。本研究采用对比实验设计。各组处理分别为P0(对照)、P1(羽衣甘蓝水培生物群落维护)和P2(莴苣水培生物群落维护)。结果表明,P2处理效果最好,羽衣甘蓝的绝对长势为7.18 g,绝对长势为3.74 cm,成活率为98%,羽衣甘蓝的绝对长势为30.9 cm。关键词:aquaponics”;biofloc;sangkuriang鲶鱼
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