Respon Pertumbuhan dan Hasil Sawi Pagoda (Brassica Narinosa) terhadap Pemberian Mol Daun Kelor

Arum Asriyanti Suhastyo, Fanny Tri Raditya
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引用次数: 6

Abstract

The use of liquid fertilizers by utilizing local types of microorganisms (MOL) can be an alternative to supporting nutrient requirements in the soil, and it can be a solution to environmentally friendly agriculture and free from fertilizers and chemical pesticides. Moringa leaves contain chemical compounds such as calcium, magnesium, phosphorus, iron and sufur so that the leaves of Moringa can be used to make liquid organic fertilizer. In this study, the effect of MOL leaves on the growth and yield of mustard pagoda plants was evaluated. The research was design by factorial randomized block design, with two factors The first factor was dosage of MOL Moringa leaves: 0, 50, 60, and 70 mL L-1. The second was frequency of MOL Moringa leaves application: periodically every 5, 6, and 7 days, Each treatment was repeated 3 times to obtain 36 experimental plots. To find out the response observed to the given treatment, Variance Analysis Test (ANOVA) was carried out and if it showed a significant difference, continued with Duncan's Multiple Ranged Test. The results showed the frequency and concentration of MOL leaves of Moringa leaves could increase plant height in the treatment frequency of 6 days given 70 ml / l MOL Moringa leaves which was 4,89 cm and the frequency, concentration of MOL leaves of moringa and their interactions had not been able to increase the number of leaves and the fresh weight of the pagoda mustard plant.
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西嘉对鼹鼠叶的生长和收获的反应
利用当地类型的微生物(MOL)使用液体肥料可以替代土壤中的养分需求,并且可以解决环境友好型农业和不使用化肥和化学农药的问题。辣木叶含有钙、镁、磷、铁和硫等化合物,因此辣木叶可以用来制作液态有机肥。本研究评价了MOL叶对芥菜宝塔植株生长和产量的影响。本研究采用因子随机区组设计,设计两因素,第一因素为辣木叶MOL用量:0、50、60、70 mL L-1。二是辣木叶MOL施用频率:5、6、7 d为周期,每个处理重复3次,共36个试验田。为了找出所观察到的对给定治疗的反应,进行方差分析检验(ANOVA),如果显示显着差异,则继续进行Duncan多重范围检验。结果表明,当辣木叶MOL浓度为70 ml / l(4、89 cm)时,在6 d的处理周期内,辣木叶MOL浓度和剂量均能提高植株的株高,而辣木叶MOL浓度和剂量及其相互作用均不能提高植株的叶数和鲜重。
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