PENGARUH PEMBERIAN BEBERAPA KONSENTRASI PUPUK MAJEMUK BERTEKNOLOGI NANO TERHADAP PERTUMBUHAN DAN HASIL TIGA VARIETAS TANAMAN BAWANG MERAH (Allium ascalonicum L.)

Endah Nur’aeni, Kartina Kartina, S. Susiyanti
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引用次数: 1

Abstract

This research was conducted in Cikayas Village, Angsana Sub district, Pandeglang Banten Regency from December 2019 until February 2020. The first research was using randomized completely block design with factorial design group, consisting two factors, the first factor was concentration of nano-based compound fertilizer consisting of four levels: without nano-tech fertilizers, 2.5 ml/L, 5 ml/L, 7.5 ml/L. The second factor was:variety consisting of three levels: Bima Brebes, Maja Cipanas, Trisula. The experiment was repeated three times, the whole experimental unit was 36. The results showed that the application of nano-tech compound fertilizer with 5 ml/L gave the best growth and yield to the height parameters of four WAP (42.33 cm), number of leaves four WAP (39.33 cm) and five WAP (42.67 strands), and tuber weights without roots and leaves per clump (37.19 g). Bima Brebes variety gave the best growth and yield to the height parameters one WAP (10.74 cm), two WAP (25.55 cm), 3 WAP (35.27 cm), 4 WAP (42.63 cm) and 5 WAP (47.33 cm), and tuber weights without roots and leaves per clump (36.29 g). There was no interaction between several Concentrations of Nano-tech Compound Fertilizer and varieties to all parameters observed.
NANO的技术浓缩物已被培育并命名为三个背景名称(Allium ascalonicum L.)
这项研究于2019年12月至2020年2月在班丹县潘德朗Angsana街道Cikayas村进行。第一项研究采用随机完全区组设计和析因设计组,由两个因素组成,第一个因素是纳米复合肥料的浓度,由四个水平组成:不含纳米技术肥料,2.5ml/L,5ml/L,7.5ml/L。第二个因素是:由三个层次组成的多样性:比玛·布雷比斯(Bima Brebes)、玛嘉·西帕纳斯(Maja Cipanas)、特里苏拉(Trisula)。实验重复三次,整个实验单元为36。结果表明,施用5ml/L纳米技术复合肥对4个WAP的高度参数(42.33cm)、4个WAP(39.33cm)和5个WAP(42.67股)以及单株无根无叶块茎重量(37.19g)的生长和产量最好。Bima Brebes品种在1个WAP(10.74cm)、2个WAP(25.55cm)、3个WAP(35.27cm)、4个WAP(42.63cm)和5个WAP(47.33cm)的高度参数下生长和产量最好,单株无根无叶块茎重量为36.29g。纳米复合肥料的几种浓度与所观察到的所有参数的品种之间没有相互作用。
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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