不同浓度液体肥料对红掌离体弱苗驯化的影响。“Lalani”

P. G. S. A. Kumarasinghe, S. Srikrishnah, Y. M. U. Anjali, S. Sutharsan
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摘要

2018年6月至8月,在Peradeniya皇家植物园进行了不同浓度液体肥料对红掌离体弱苗驯化的影响。处理定义为T1 (1.11g/L阿尔伯特溶液第一次应用,0.55g/L阿尔伯特溶液第二次应用),T2 (1.11g/L阿尔伯特溶液两次应用),T3 (0.55g/L阿尔伯特溶液两次应用),T4 (0.625g/L N:P:K(30:10:10)溶液第一次应用,0.3125g/L N:P:K(30:10:10)溶液第二次应用),T5 (0.625g/L N:P:K(30:10:10)溶液两次应用),T6 (0.3125g/L N:P:K(30:10:10)溶液,两次应用),T7 (1.333g/L N:P:K(20:20:20)溶液,第一次应用,0.666g/L N:P:K(20:20:20)溶液,第二次应用),T8 (1.333g/L N:P:K(20:20:20)溶液,两次应用),T9 (0.666g/L N:P:K(20:20:20)溶液,两次应用),T10 -消毒水(对照)。第一次应用于移栽时,第二次应用于移栽后两周。试验设计为完全随机设计,每个处理10个重复。所有处理均统一采用其他农艺措施。移栽后4周测定植株高度、根数、叶数和叶柄长度。采用方差分析确定处理间差异有统计学意义(p < 0.05)。结果表明,T2处理下植株的生长表现较好,其株高、叶数、根数和叶柄长度均有所增加。这可能是由于幼苗在T2时获得了最佳的营养。由此可见,以1.11g/L的Albert’s溶液,每隔2周施用2次,为红掌离体弱苗的驯化提供了最适宜的养分量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of different concentrations of selected liquid fertilizers on acclimatization of weakly grown in vitro plantlets of Anthurium andraeanum L.var. ‘Lalani’
An experiment was conducted to evaluate the effects of different concentrations of selected liquid fertilizers on the acclimatization of weakly grown in vitro Anthurium plantlets at the Royal Botanic Gardens, Peradeniya from June to August 2018. Treatments were defined as T1 (1.11g/L Albert’s solution applied as 1st application and 0.55g/L Albert’s solution applied as 2nd application), T2 (1.11g/L Albert’s solution applied in both application), T3 (0.55g/L Albert’s solution applied in both application), T4 (0.625g/L N:P:K (30:10:10) solution applied as 1st application and 0.3125g/L N:P:K (30:10:10) solution applied as 2nd application), T5 (0.625g/L N:P:K (30:10:10) solution applied in both application), T6 (0.3125g/L N:P:K (30:10:10) solution applied in both application), T7 (1.333g/L N:P:K (20:20:20) solution applied as 1st application and 0.666g/L N:P:K (20:20:20) solution applied as 2nd application), T8 (1.333g/L N:P:K (20:20:20) solution applied in both application), T9 (0.666g/L N:P:K (20:20:20) solution applied in both application), T10 – Sterile water (control). First application was done at the time of transplanting and second application was done two weeks after transplanting. Experimental design was Completely Randomized Design with ten replicates for each treatment. Other agronomic practices were followed uniformly for all the treatments. Plant height, Number of roots, Number of leaves and Length of petiole were measured at four weeks after transplanting. Analysis of Variance was performed to determine significant difference among treatments (p < 0.05). Results revealed that better growth performances viz. increase in plant height, leaf number and roots number and length of petiole were observed in plantlets grown exposed to T2. This may be due to optimum amount of nutrients received by the plantlets at T2. Thus it may be concluded that application of Albert’s solution (1.11g/L in two applications at two weeks interval) provide optimum amount of nutrients for acclimatization of weak in vitro Anthurium plantlets.
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