Reaction Creation of Tomato (Solanum lycopersicum L) by Giving Strong (Oil Palm Void Organic Product Pack) and Charcoal Rice Husk

Walida Hilwa, F. Harahap, Migusnawati Migusnawati, A. Ananto
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Abstract

Arrangement of Strong Produced using Oil Palm Void Natural product Packs and Rice Husk Charcoal on Creation of Tomato Plants (Solanum lycopersicum L) means to decide the impact of different sorts of Strong (Oil Palm Void Organic product Bundles) and Rice Husk Charcoal on Creation of Tomato Plants (Solanum lycopersicum L). This exploration was led in Sona Town with a level of 18 meters above ocean level Labuhanbatu Regime in Juli 2022 to December 2022. The material utilized was tomato seeds, husk charcoal, strong, water. The hardware utilized was a 35x40 polybag, shaper cutting edge, scientific equilibrium, ruler, scissors, mortar, estimating jar, can, calipers, perfect rope, digger. The examination will be directed with a factorial gathering plan. The main variable is the arrangement of Strong to be specific S0: Without Strong (Control), S1: 0.50 kg/polybag, S2: 0.70 kg/polybag S3: 1kg/polybag. The subsequent component is the organization of rice husk charcoal P0: Without Husk Charcoal (Control), P1: 0.2 kg/polybag, P2: 0.4 kg/polybag. The quantity of treatment mixes is 12 blends. The aftereffects of this study show that the arrangement of Strong and Rice Husk Charcoal Against Tomato Plant Creation (Solanum lycopersicum L) has no huge impact in Stem Diamater (cm), All out Number of Natural products per Plant (g), All out Weight of Organic products per Plant (g) however treatment connection of 1 kg/polybag and 0.2 kg/polybag of Rice Husk Charcoal can expand Stem breadth (cm), Complete Number of Natural products per Plant (g), All out Weight of Natural products per Plant (g).   
给予强力(油棕真空有机产品包装)与炭稻壳对番茄(Solanum lycopersicum L)的反应
油棕空隙天然产品包和稻壳炭对番茄植株生长的影响研究是为了确定不同种类的油棕空隙有机产品包和稻壳炭对番茄植株生长的影响。该研究于2022年7月至2022年12月在海拔18米的索纳镇拉布汉巴图地区进行。所用材料为番茄种子、果皮、木炭、强化剂、水。所使用的硬件是一个35 × 40的塑料袋,塑形刀刃,科学平衡,尺子,剪刀,砂浆,估算罐,罐头,卡尺,完美绳,挖掘机。检查将以因子收集计划为指导。主要变量是Strong的安排,具体为S0:无Strong(对照),S1: 0.50 kg/塑料袋,S2: 0.70 kg/塑料袋S3: 1kg/塑料袋。随后的组成部分是稻壳炭P0:无壳炭(对照),P1: 0.2 kg/塑料袋,P2: 0.4 kg/塑料袋的组织。处理混合物的数量为12个混合物。本研究的后效结果表明,施施强力和稻壳炭对番茄(Solanum lycopersicum L)的茎粗(cm)、每株天然产物全出数(g)、每株有机产物全出重(g)影响不大,但施施1 kg/袋和0.2 kg/袋稻壳炭处理可使茎宽(cm)、每株天然产物全出数(g)、每株植物天然产物的全部重量(g)。
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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