草本植物(Brassica juncea L)对生物肥料生长的影响。

M. Mp
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引用次数: 0

摘要

本试验旨在研究生物浆肥对芥菜营养生长的影响。该研究在棉兰柔佛街道Gang sawah的Jalan Karya Kasih进行,海拔至少±30米。该研究于2020年6月至2020年7月进行。本研究的材料为绿色芥菜籽、棉兰市柔佛街道棉兰地区的表土、牛粪和羊粪形式的肥料作为生物污泥的基本成分,m -生物肥料作为生物污泥堆肥的前生物肥料,以及10 kg的塑料袋。工具有手、手、锄、刀、链锯、标题板、地图板、处理板、速度、平稳等。本研究采用2因素3重复的因子随机设计,即:因素一:牛粪生物浆肥(L),包括3个水平,即;L0 =不施用牛粪= 0吨/公顷或0克/胶袋;L1 = 10吨/公顷或40克/塑料袋;L2 = 20吨/公顷或80克/塑料袋。因素二世。羊粪生物浆肥(K)由三个层次组成,即;K0 =无羊粪= 0吨/公顷或0克/塑料袋;K1 = 10吨/公顷或40克/塑料袋;K2 = 20吨/公顷或80克/塑料袋。因此有9种治疗组合。3个重复,27个塑料袋。研究实施包括:整地、播种、施肥和收获,植物维护包括:插植、浇水、除草和病虫害防治。观察变量包括:株高(cm),叶数(束),湿重(g)。此外,如果研究检验的结果显示与正在尝试的处理有显著差异,则可以继续使用诚实平均差异(Honest Average difference, DMRT)检验方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH PEMBERIAN PUPUK BIO -SLURRY TERHADAP PERTUMBUHAN VEGETATIF TANAMAN SAWI HIJAU (Brassica juncea L.)
This study aims to determine the effect of bio-slurry fertilizer application on the vegetative growth of green mustard plant  (Brassica juncea l.)The research was conducted at Jalan Karya Kasih, Gang sawah, Medan Johor Sub-district,  Medan at least  ± 30 m above sea level. The research was conducted from June 2020 to July 2020.The materials used in this study were green mustard seeds, top soil taken from the from Medan Johor sub-district, Medan City, Manure in the form of cow dung and goat manure which were used as basic ingredients for bio-Sllury and M-Bio fertilizers as pro- biotok for making Bio-Sllury compost and 10 kg polybags.There are lots of tools such as Hands prayer s, hoes, machetes, chainsaws, title boards, plot boards and treatment boards, speed and stationeryThis study used a factorial randomized design consisting of 2 factors and 3 replications, namely: Factor I. Bio-Slurry fertilizer from cow dung (L), consisting of three levels, namely; L0 = Without Application of Cow Manure = 0 ton/ha or 0 g/Polybag ; L1 = 10 tons/ha or 40 g/Polybag; L2 = 20 ton/ha or 80 g/Polybag . Factor II. Bio-Slurry Fertilizer from Goat Manure (K) which consists of three levels, namely; K0 = Without Goat Manure = 0 ton/ha or 0 g/Polybag ; K1 = 10 tons/ha or 40 g/Polybag; K2 = 20 ton/ha or 80 g/Polybag . Thus there are 9 treatment combinations. 3 replicates and 27 polybag.The implementation of the research includes: soil preparation, planting seeds, fertilization and harvesting while plant maintenance includes: insertion, giving water, weeding and controlling pests and disease.Observation variables include: plant height (cm), number of leaves (strands), and wet weight (g). Furthermore, if the results of the research test show a significant difference from the treatment being tried, it can be continued with the Honest Average Difference (DMRT) test method.
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