Effect of Banana Stem Liquid Organic Fertilizer On Shallot Growth And Production (Allium ascalonicum L.)

Wahyu Novianto, A. E. Prihatiningrum
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Abstract

The study-aims-to-determine-the-effect-of POC (liquid-organic-fertilizer) concentration of-banana-stems and-the interval of-application-of POC (liquid-organic-fertilizer) banana-stems on-the growth-and yield of onion plants. Conducted on private land, Tamanan Hamlet, Kepulungan Village, Gempol District, Pasuruan Regency from December 2022 to March 2023. Using factorial Group Randomized Design (RAK) and further tests using BNJ. The first-factor is-the concentration-of POC Banana Stems which-consists of-3 levels,-namely 100ml / L, 200ml / L, 300ml / L. while the-second-factor-is-the-interval-of-fertilizer-application-consisting of-3 levels,-namely-once-every-5-days,-once-every-10-days,-every-15-days, The-results-of variety analysis-show that-there is no-interaction between-the concentration of banana stem POC fertilizer and the time interval of POC fertilizer application. POC fertilizer concentration treatment has-a real-effect on observing plant-height, number-of bulbs and number-of POC fertilizer concentration treatment has-a real-effect on observing plant-height, number-of bulbs and number-of onion saplings, from banana stem POC fertilizer concentration treatment which can-produce-the-best wet weight-of shallots,-namely with a-concentration of 200ml/L.
香蕉茎液有机肥对大葱生长和生产的影响
本研究旨在确定香蕉茎液有机肥浓度和香蕉茎液有机肥施用量对洋葱植株生长和产量的影响。于2022年12月至2023年3月在Pasuruan摄政Gempol区Kepulungan村Tamanan哈姆雷特的私人土地上进行。采用因子组随机设计(RAK),进一步采用BNJ进行试验。第一个因子是香蕉茎POC浓度,由3个水平组成,分别为100ml / L、200ml / L、300ml / L;第二个因子是施肥间隔,由3个水平组成,分别为5天一次、10天一次、15天一次。品种分析结果表明,香蕉茎POC肥料浓度与POC施肥间隔之间不存在交互作用。POC肥浓度处理对观察葱苗株高、鳞茎数及POC肥浓度处理对观察葱苗株高、鳞茎数及葱苗数均有实际效果,从香蕉茎上看,POC肥浓度处理能产生葱最佳湿重,即a浓度为200ml/L。
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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