Aplikasi kombinasi penggunaan POC ikan lemuru dan pupuk anorganik NPK pada budidaya tanaman padi

None Winda Hasma, None Damanhuri
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Abstract

Soil productivity that declines due to the continuous use of inorganic fertilizers for a long period of time has an impact on decreasing the production of rice produced. The need to use organic fertilizers such as liquid organic fertilizer made from lemuru fish to balance soil properties. This study aimed to determine the combination of the use of lemuru fish LOF and NPK fertilizer in rice plant cultivation. The experiment was conducted using a non-factorial complete randomized design with the addition of lemuru fish LOF concentrations as a treatment consisting of 0 ml/l water (P0), 30 ml/l water (P1), 40 ml/l water (P2), 50 ml/l water (P3), and 60 ml/l water (P4). The results showed that the addition of POC lemuru fish with a concentration of 0 ml/l of water gave the best results on all observation variables, namely the number of the productive tiller (21.47), panicle length (21.40 cm), the number of grain per panicle (130.40 grains), the weight of dry rice fields (56.08 g), and the weight of filled grain (4.68 g). It can be concluded that the low nutrient content and little frequency of application were suspected to cause a significant increase in rice crop production.
结合使用甘露鱼和无机肥料的对水稻种植的应用
由于长期持续使用无机肥料而导致土壤生产力下降,对水稻产量下降有影响。需要使用有机肥料,如狐猴鱼制成的液体有机肥料,以平衡土壤特性。本研究旨在确定狐猴鱼LOF肥与氮磷钾肥在水稻栽培中的组合施用。试验采用非因子完全随机设计,添加狐猴鱼LOF浓度,分别为0 ml/l水(P0)、30 ml/l水(P1)、40 ml/l水(P2)、50 ml/l水(P3)和60 ml/l水(P4)。POC lemuru鱼的结果表明,添加浓度为0毫升/ l的水给最好的结果在所有观测变量,即有效茎数(21.47),圆锥花序长度(21.40厘米),每穗粒数(130.40谷物),干燥的稻田的重量(56.08克),灌浆粒重(4.68 g)。由此推测,低养分含量和低施用频率可能是水稻产量显著增加的原因。
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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