绿苋菜(<em>Amaranthus viridis</em> /em>)L.)用于家庭花园

K. Pakeeratharan, A. N. P. E. Dayananda, R. Viharnaa
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摘要

严格的绿色农业政策导致的突如其来的粮食短缺、经济危机、新冠疫情等,都说明了优质果蔬家庭有机生产的重要性。为此,本试验以鱼、畜、植物废弃物为原料配制有机液肥,对叶菜绿苋菜进行促进家庭园艺的效果试验。以紫红花为试验对象,分别在腐殖质堆肥和园林堆肥中进行了液体肥料的试验。容量为7 kg的花盆中填充两种介质(介质1:半堆肥;培养基2:园林堆肥),每培养基设4个重复。每盆种植5株绿苋菜,种植后第2、4、6周分别用鱼乳剂+虫草茶(1:4=T1)、牛尿+虫草茶(1:4=T2)、三叶[楝树+吉里根+灯芯草]溶液+虫草茶(3:1=T3)、虫草茶(T4)和对照(T5),用量为50 mL/盆。收集农艺和产量数据,采用SAS进行方差分析。采用Tukey’s HSD多重比较检验和PROC CORR确定最佳治疗组合,P <0.05。结果表明,各处理在氮、磷、钾含量上存在显著差异。在蚯蚓堆肥培养基中,鱼乳+蚯蚓茶(1:4)[T1]和牛尿+蚯蚓茶[T2]在种植后第8周的株高、叶面积、叶数、根冠比均显著提高。两者呈正相关(R2 >在蚯蚓-堆肥培养基中,根冠比随液肥氮、磷、钾含量的变化而变化。因此,本试验得出鱼乳剂+蚓茶(1:4)和牛尿+蚓茶(1:4)在蚓堆肥培养基中以50mL/罐的用量作为液体肥料可获得最佳产量的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Formulation and efficacy testing of vermi-tea based liquid organic fertilizers on green-amaranth (<em>Amaranthus viridis</em> L.) for home gardens
Sudden food shortage due to strict green agriculture policy, economic crisis, COVID pandemic situation instruct the importance of home level organic production of good quality fruits and vegetables. Therefore, an experiment was conducted to test the efficacy of organic liquid fertilizers formulated from fish, livestock’s and plant wastes on leafy vegetable green Amaranth to promote home gardening. The liquid fertilizer was tested on Amaranth grown separately in vemicompost and garden compost. The 7 kg capacity pots were filled with two media (medium 1: vemicompost; medium 2: garden compost) and arranged in CRD with four replicates with each medium. Five plants of green-amaranth per pot were planted and treated with fish emulsion + vermi-tea (1:4=T1), cow urine + vermi-tea (1:4=T2), three leaves [Neem+ Giliricidia+ Candle bush] solution + vermi tea (3:1=T3), vermi tea (T4) and control (T5) at the rate of 50 mL/pot on 2nd, 4th and 6th week after planting. Agronomic and yield data were collected and subjected to ANOVA using SAS. Tukey's HSD multiple comparison test and PROC CORR was used to determine the best treatment combination at P <0.05. The results revealed that there was significant difference in N, P and K content of the treatments tested. The plant height, leaf area, number of leaves, root shoot ratio was significantly higher in fish emulsion + vermi-tea (1:4) [T1] and cow urine + vermi-tea [T2] at 8th weeks after planting in vermi-compost medium. There was strong and positive correlation (R2 > 0.8) among yield parameters, and root: shoot ratio with N, P K content of the liquid fertilizers tested in vermi-compost medium. Therefore, this investigation concludes that the fish emulsion + vermi-tea (1:4) and cow urine + vermi-tea (1:4) are good combination to use as liquid fertilizer at the rate of 50mL/Pot to get best yield in vermi-compost medium.
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