Effect of leaf clipping on growth and yield of blackgram (Vigna mungo L.)

A Sultana, MF Karim, MH Mahmud, SC Sarker, MD Hossain
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Abstract

An experiment was conducted at Sher-e-Bangla Agricultural University farm, Dhaka to investigate the effect of variety and leaf clipping on the growth and yield of blackgram (Vigna mungo L.) from March to June-2019. The experiment was laid out in a split-plot design with three replications. The treatments were Blackgram variety (3); V1: BARI Mash-1, V2: BARI Mash-2 and V3: BARI Mash-3, and leaf clipping (4); C0: No leaf clipping (control), C1: Clipping of 1st basal leaf, C2: Clipping of 2nd basal leaves and C3: Clipping of total apical leaves having no inflorescence. Growth, yield and yield contributing characteristics were compared under different treatments. Results indicated that variety and leaf clipping significantly affected most of the growth and yield contributing characteristics of blackgram. In the case of variety, mthe aximum value of the yield and yield contributing characteristics such as pod−1 length (8.99 cm), pods plant−1 (14.00), number of seeds pod−1 (9.78), 1000 seeds weight (48.58 g), and seed yield (1381.70 kg ha−1), were observed in var. BARI Mash-3. In the case of leaf clipping, maximum pod length (8.44 cm), pods plant−1 (15.18), seeds pod (9.32), 1000- seeds weight (48.33 g), seed yield (1306.7 kg ha−1), was recorded in Clipping of 1st basal leaf treatment. The blackgram var. BARI Mash-3 and clipping of 1st basal leaf was found superior in producing maximum pod length (9.32 cm), number of pods plant−1 (16.87), number of seeds pod−1 (10.80), 1000- seeds weight (51.67 g), and seed yield (1456.70 kg ha−1). So, var. BARI Mash-3 and clipping of 1st basal leaf may improve the growth and yield of blackgram. Bangladesh Agron. J. 2023, 26(1): 9-17
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剪叶对黑荆生长和产量的影响
2019年3月至6月,在达卡Sher-e-Bangla农业大学农场进行了一项试验,研究了品种和叶片修剪对黑姜(Vigna mungo L.)生长和产量的影响。该实验采用裂图设计,有三个重复。处理为Blackgram品种(3);V1: BARI Mash-1, V2: BARI Mash-2, V3: BARI Mash-3,剪叶(4);C0:不剪叶(对照),C1:剪第1基叶,C2:剪第2基叶,C3:剪顶端无花序的全叶。比较了不同处理下的生长、产量和产量贡献特性。结果表明,品种和叶片修剪对黑豆的大部分生长和产量贡献特性有显著影响。就品种而言,在BARI mash3中观察到最大产量和产量贡献特征,如荚长(8.99 cm)、荚株数(14.00)、种子荚数(9.78)、千粒重(48.58 g)和种子产量(1381.70 kg ha - 1)。在剪叶处理中,剪叶处理的最大荚果长度(8.44 cm)、荚果面积(15.18)、种子荚果面积(9.32)、千粒重(48.33 g)、籽粒产量(1306.7 kg ha - 1)。黑格品种BARI mash3和第1基叶剪枝在最大荚果长(9.32 cm)、荚果数- 1(16.87)、荚果数- 1(10.80)、千粒重(51.67 g)和籽粒产量(1456.70 kg ha - 1)方面具有优势。因此,var BARI Mash-3和基部第1叶的修剪可以促进黑麦的生长和产量。 孟加拉国阿格龙。[j] .生物医学工程学报,2016,26(1):9-17
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15
审稿时长
10 weeks
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