{"title":"行距对芝麻品种产量的影响","authors":"Mohammad Ayub Hossain Khan, Maminul Islam","doi":"10.3329/baj.v26i1.47645","DOIUrl":null,"url":null,"abstract":"The experiment was carried out during kharif-I season of 2020 in the experimental field of Regional Agricultural Research Station (RARS), Bangladesh Agricultural Research Institute (BARI), Cumilla to evaluate the optimum plant spacing of sesame varieties. There were four plants spacing S1 (30 ××5 cm2), S2 (30×× 10 cm2), S3 (40 ××5 cm2) and S4 (40×× 10 cm2) and two sesame varieties of V1 (BARI Til 3) and V2 (BARI Til 4) were included in the experiment. The experiment was conducted using a split-plot design with three replications. The highest seed yield (1646 kg ha-1) was found from BARI Til 4 but the highest number of capsule plant-1 and number of branches plant-1 were obtained from BARI Til-3. The maximum seed yield (1913 kg ha-1) was achieved in the interaction of S4V2 (40 ××10 cm2 and BARI Til 4) that was identical to S2V2 (30 x 10 cm2 and BARI Til 4).
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引用次数: 0
摘要
本试验于2020年秋季在孟加拉国农业研究所(BARI) Cumilla区域农业研究站(RARS)的试验田进行，以评价芝麻品种的最佳株距。试验选用4个株距S1 (30 ××5 cm2)、S2 (30×× 10 cm2)、S3 (40 ××5 cm2)和S4 (40×× 10 cm2)和2个芝麻品种V1 (BARI Til 3)和V2 (BARI Til 4)。试验采用三次重复的裂图设计。BARI Til 4的种子产量最高(1646 kg hm -1)，但BARI Til-3的蒴果株数和分枝株数最高。S4V2 (40 ××10 cm2和BARI Til 4)与S2V2 (30 ×10 cm2和BARI Til 4)互作的种子产量最高(1913 kg ha-1)，与S2V2 (30 ×10 cm2和BARI Til 4)相同。孟加拉国阿格龙。J. 2023, 26(1): 28-31
Performance of Row Spacing on the Yield of Sesame Varieties
The experiment was carried out during kharif-I season of 2020 in the experimental field of Regional Agricultural Research Station (RARS), Bangladesh Agricultural Research Institute (BARI), Cumilla to evaluate the optimum plant spacing of sesame varieties. There were four plants spacing S1 (30 ××5 cm2), S2 (30×× 10 cm2), S3 (40 ××5 cm2) and S4 (40×× 10 cm2) and two sesame varieties of V1 (BARI Til 3) and V2 (BARI Til 4) were included in the experiment. The experiment was conducted using a split-plot design with three replications. The highest seed yield (1646 kg ha-1) was found from BARI Til 4 but the highest number of capsule plant-1 and number of branches plant-1 were obtained from BARI Til-3. The maximum seed yield (1913 kg ha-1) was achieved in the interaction of S4V2 (40 ××10 cm2 and BARI Til 4) that was identical to S2V2 (30 x 10 cm2 and BARI Til 4).
Bangladesh Agron. J. 2023, 26(1): 28-31
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