W. Windarti, S. H. Siregar, A. H. Simarmata, J. Samiaji
{"title":"饲粮添加辣木颗粒剂,暗养池下养殖的下视棘鱼的存活与生长","authors":"W. Windarti, S. H. Siregar, A. H. Simarmata, J. Samiaji","doi":"10.31258/jnat.21.1.1-6","DOIUrl":null,"url":null,"abstract":"Pangasianodon hypophthalmus grows well in a dark tank completed with an aquaponic system. To improve the growth, a feed supplement made from Moringa oleifera might be used as it is rich in protein, vitamins A, B, C, and minerals. To understand the effect of M.oleifera addition in the feed of fish, research has been conducted in June-July 2022. M. oleifera leaves were dried and powdered and then mixed with commercial fish feed pellets. There were 4 treatments of M. oleifera dosages, namely T0 (no M. oleifera), T1 (10 g/kg), T2 (15 g/kg), and T3 (20 g/kg). The fish was reared in a 100L container (30 fishes/tank, around 4 g BW and 8 cm TL), covered with a dark-colored tarp, and completed with the aquaponic system using Ipomoea aquatica. The feed was given 2 times/day, ad libitum. Samplings were conducted once/10 days, for 40 days. Results showed that the survival of fish in all treatments was 93.3 – 98.89%. The growth of fish, however, was different. There was no difference in fish body weight (BW), total length (TL), and specific growth rate (SGR) of fish fed with Moringa, they were around 23.5 g BW, 5.8 cm TL, and 4.3 cm SGR respectively. While those of the control fish were 13.0 g BW, 4.23 cm TL, and 2.89% per day SGR respectively. The fish that was fed with Moringa-enriched pellets showed the highest Feed Efficiency (90.42-97.46%) and the lowest FCR (1.03 – 1.11). While in the fish that was not fed with Moringa showed the lowest FE (75.48%) and the highest FCR (1.33%). Data obtained indicate that Moringa positively improves the growth of fish as well as improving feed efficiency","PeriodicalId":404489,"journal":{"name":"Jurnal Natur Indonesia","volume":"3 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2023-04-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Survival and Growth of Pangasianodon hypopthalmus Fed with Moringa oleifera Enriched Pellets and Reared in Tank With Aquaponic System and Dark Condition\",\"authors\":\"W. Windarti, S. H. Siregar, A. H. Simarmata, J. Samiaji\",\"doi\":\"10.31258/jnat.21.1.1-6\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Pangasianodon hypophthalmus grows well in a dark tank completed with an aquaponic system. To improve the growth, a feed supplement made from Moringa oleifera might be used as it is rich in protein, vitamins A, B, C, and minerals. To understand the effect of M.oleifera addition in the feed of fish, research has been conducted in June-July 2022. M. oleifera leaves were dried and powdered and then mixed with commercial fish feed pellets. There were 4 treatments of M. oleifera dosages, namely T0 (no M. oleifera), T1 (10 g/kg), T2 (15 g/kg), and T3 (20 g/kg). The fish was reared in a 100L container (30 fishes/tank, around 4 g BW and 8 cm TL), covered with a dark-colored tarp, and completed with the aquaponic system using Ipomoea aquatica. The feed was given 2 times/day, ad libitum. Samplings were conducted once/10 days, for 40 days. Results showed that the survival of fish in all treatments was 93.3 – 98.89%. The growth of fish, however, was different. There was no difference in fish body weight (BW), total length (TL), and specific growth rate (SGR) of fish fed with Moringa, they were around 23.5 g BW, 5.8 cm TL, and 4.3 cm SGR respectively. While those of the control fish were 13.0 g BW, 4.23 cm TL, and 2.89% per day SGR respectively. The fish that was fed with Moringa-enriched pellets showed the highest Feed Efficiency (90.42-97.46%) and the lowest FCR (1.03 – 1.11). While in the fish that was not fed with Moringa showed the lowest FE (75.48%) and the highest FCR (1.33%). 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引用次数: 0
摘要
浅眼穿梭鱼生长良好,在一个黑暗的水箱完成了水共生系统。辣木富含蛋白质、维生素a、维生素B、维生素C和矿物质,因此可以添加以辣木为原料的饲料来促进生长。为了了解在鱼类饲料中添加油油菌的效果,研究人员于2022年6月至7月进行了研究。将油橄榄叶片干燥并制成粉末,然后与商品鱼饲料颗粒混合。4个处理,分别为T0(无油油菌)、T1 (10 g/kg)、T2 (15 g/kg)和T3 (20 g/kg)。将鱼饲养在一个100L的容器中(30只鱼/缸,体重约4克,长约8厘米),用深色防水布覆盖,并使用水培系统完成。饲喂2次/天,可随意饲喂。采样1次/10 d,共40 d。结果表明,各处理鱼的成活率为93.3 ~ 98.89%。然而,鱼的生长情况却不同。饲喂辣木对鱼体重(BW)、总长度(TL)和特定生长率(SGR)无显著影响,分别为23.5 g BW、5.8 cm TL和4.3 cm SGR。对照组分别为13.0 g BW、4.23 cm TL和2.89% / d SGR。饲粮添加辣木微丸的饲料效率最高(90.42 ~ 97.46%),饲料效率最低(1.03 ~ 1.11)。而未饲喂辣木的鱼,其FE最低(75.48%),FCR最高(1.33%)。结果表明,辣木对鱼的生长有积极的促进作用,并能提高饲料效率
Survival and Growth of Pangasianodon hypopthalmus Fed with Moringa oleifera Enriched Pellets and Reared in Tank With Aquaponic System and Dark Condition
Pangasianodon hypophthalmus grows well in a dark tank completed with an aquaponic system. To improve the growth, a feed supplement made from Moringa oleifera might be used as it is rich in protein, vitamins A, B, C, and minerals. To understand the effect of M.oleifera addition in the feed of fish, research has been conducted in June-July 2022. M. oleifera leaves were dried and powdered and then mixed with commercial fish feed pellets. There were 4 treatments of M. oleifera dosages, namely T0 (no M. oleifera), T1 (10 g/kg), T2 (15 g/kg), and T3 (20 g/kg). The fish was reared in a 100L container (30 fishes/tank, around 4 g BW and 8 cm TL), covered with a dark-colored tarp, and completed with the aquaponic system using Ipomoea aquatica. The feed was given 2 times/day, ad libitum. Samplings were conducted once/10 days, for 40 days. Results showed that the survival of fish in all treatments was 93.3 – 98.89%. The growth of fish, however, was different. There was no difference in fish body weight (BW), total length (TL), and specific growth rate (SGR) of fish fed with Moringa, they were around 23.5 g BW, 5.8 cm TL, and 4.3 cm SGR respectively. While those of the control fish were 13.0 g BW, 4.23 cm TL, and 2.89% per day SGR respectively. The fish that was fed with Moringa-enriched pellets showed the highest Feed Efficiency (90.42-97.46%) and the lowest FCR (1.03 – 1.11). While in the fish that was not fed with Moringa showed the lowest FE (75.48%) and the highest FCR (1.33%). Data obtained indicate that Moringa positively improves the growth of fish as well as improving feed efficiency