Optimasi Pupuk NPK Majemuk, Pupuk Daun Dan POC Urin Sapi Pada Hidroponik Sistem Wick Terhadap Produksi Tanaman Kubis Bunga (Brasicca oleracea L. Var. Botrytis Sub.Var. Cauliflora DC) Kultivar PM 126 F1

Rommy Andhika Laksono, D. Sugiono
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引用次数: 1

Abstract

There are several factors that cause a decrease in the production of Cabbage Flowers in Indonesia, including inadequate cultivation systems, less optimal nutrition, and a lack of utilization of organic elements in cultivation techniques, as well as the use of urban narrow land. The purpose of this study was to study and obtain a combination of compound NPK fertilizer, leaf fertilizer and POC cow urine which gave the highest production of PM 126 F1 variety flower cabbage plants on the wick hydroponic system. This research was conducted at Screen House, located in West Jomin Village, Kota Baru Subdistrict, Karawang Regency, West Java Province. The research site is at an altitude of 10 meters above sea level, from April to September 2018. The method used is the experimental method and the experimental design used was Randomized Block Design (RBD) consisting of 10 treatments repeated 3 times. Data were analyzed using variance analysis and further testing with Duncans multiple range test at the level of 5%. The results of this study are compound NPK fertilizer optimization, leaf fertilizer and POC cow urine on the wick hydroponic system that have a significant effect on growth components (plant height 42 days, number of leaves 42 days, stem diameter 42 days, root display, and leaf area), and gave a significantly different effect on the yield component (flower height, flower diameter, leaf weight without leaves, and flower weight with leaves) flower cabbage plant cultivar PM126F1. Treatment A (AB Mix 10 ml L-1 water) gave the highest yield on flower weight (crop) with leaves per plant of 536.056 gr equivalent to 22.34 tons per hectare and weight of flowers (crop) without leaves per plant of 207.57 gr equivalent to 8.65 tons per hectare.
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威克维克系统中化合物NPK肥料、叶肥和牛尿,可生产花椒(Brasicca oleracea L. Var Sub. Botrytis Sub)。哥伦比亚植物群
造成印尼白菜花产量下降的因素有几个,包括栽培系统不足、营养不佳、栽培技术中缺乏有机元素的利用以及城市狭窄土地的使用。本试验的目的是研究并获得复合氮磷钾肥、叶片肥和POC牛尿在灯芯水培系统上对PM 126 F1品种花白菜产量最高的组合。这项研究是在西爪哇省卡拉旺县Kota Baru街道West Jomin村的Screen House进行的。从2018年4月到9月,研究地点位于海拔10米的高度。采用实验方法,试验设计为随机区组设计(RBD),共10个处理,重复3次。采用方差分析对数据进行分析,在5%水平下采用duncan多元极差检验进一步检验。本研究结果表明,复合氮磷钾肥料优化、叶片肥和POC牛尿对花菜品种PM126F1的生长成分(株高42 d、叶数42 d、茎粗42 d、根系显示和叶面积)有显著影响,对花菜品种PM126F1的产量成分(花高、花径、无叶叶重和有叶花重)有显著差异。处理A (AB混合10毫升L-1水)的最高产量为每株带叶花重(作物)536.056克,相当于每公顷22.34吨,无叶花重(作物)每株207.57克,相当于每公顷8.65吨。
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