青葱的轴心和营养浓度对芥末的影响。轴水培系统

S. Wibowo
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引用次数: 1

摘要

灯芯系统是利用植物根部通过灯芯吸收营养液的毛细性原理进行水培的。绒布是一种吸水性最好的材料,可以用作灯芯,另一种替代品是炉芯。给植物的养分浓度也必须是必需的。三红芥菜是一种与白菜属同一类的芥菜。本研究旨在研究水培灯芯系统中灯芯类型和营养物质浓度对株高、叶数和株重的影响。研究方法采用绒布灯芯(S1)和炉芯(S2)两种自变量,营养物质浓度分别为N1 (1000 ppm)、N2 (1200 ppm)和N3 (1400 ppm)。测量结果在5%水平下使用Anova二因子设计检验进行比较,如果结果有显著差异,则在5%显著水平下继续使用BNJ检验。结果表明,使用不同类型的灯芯和营养物质浓度对三红榨菜的测定结果有影响。法兰绒灯芯(S1)效果优于炉灶灯芯(S2), N1营养物质浓度效果优于N2和N3浓度,平均株高27.9 cm,平均叶数18.8股,平均株重128.6 g。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengaruh Jenis Sumbu Dan Konsentrasi Nutrisi Terhadap Sawi Samhong (Brassica juncea L.) Dengan Hidroponik Sistem Sumbu
The wick system is a hydroponic by utilizing the principle of capillarity of nutrient solutions that are absorbed by plant roots through the wick. Flannelette is a material that has the best water absorption and can be used as a wick, another alternative is stove wick. The concentration of nutrients given to plants must also be in needs. Samhong mustard is a type of mustard in the same class as pakcoy. This study aims to determine the effect of the type of wick and nutrient concentration on plant height, number of leaves, and plant weight using hydroponic wick system. The research method was carried out using two independent variables, namely the type of wick consisting of flannelette (S1) and stove wick (S2), and the nutrients concentration consisting of N1 (1,000 ppm), N2 (1,200 ppm), and N3 (1,400 ppm). The measurements results were compared using the Anova two-factorial design test with a level of 5%, and if the results were significantly different, then continued with the BNJ test at a significant level of 5%. The results showed that there was an effect of using different types of wicks and nutrient concentrations on the measurement results of samhong mustard. Flannel wick (S1) has better effect than the stove wick (S2), and the concentration of N1 nutrients has better effect than the concentrations of N2 and N3, with average plant height is 27.9 cm, average number of leaves are 18.8 strands, and the average plant weight is 128.6 g.
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