Growth and Yield Performance of Aus Rice Under Agronomic Managements

M. Mahmud, P. Biswas, M. Islam, Md. Rejwanul Hossain
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Abstract

The experiment was conducted at the experimental field of Sher-e-Bangla Agricultural University, Dhaka during the period from March to June, 2018 to study the effects of agronomic managements on growth and yield of Aus rice. The experiment comprised of split –plot design where varieties in the main plots viz., i) BRRI dhan65 (V1) and ii) Nerica (V2) and five agronomic managements in the sub-plots viz., i) No management-M0, ii) No weeding, but all other managements-M1, iii) No fertilizer application, but all other managements-M2, iv) No irrigation application, but all other managements-M3 and v) Recommended management-M4, respectively. Almost all the studied characters were found statistically significant due to variation in treatments. Significant variation was recorded different yield contributing characters and yield of Aus rice. At 30, 50, 70 DAS and harvest, the taller plant (24.61 cm, 41.27 cm, 60.23 cm and 80.28 cm, respectively), grain yield (0.96 t ha-1) and straw yields (2.75 t ha-1) were recorded from V2 compared to that of V1. Similarly, the tallest plant (27.11 cm, 49.66 cm, 71.49 cm and 91.07 cm at 30, 50, 70 DAS and harvest, respectively), grain yield (2.34 t ha-1) and straw yield (5.30 t ha-1) were observed from M4. In respect of interaction, the highest grain yield (2.43 t ha-1) and straw yield (5.31 t ha-1) were observed from V1M4 (BRRI dhan65 with recommended management), while the lowest grain yield (0.12 t ha-1) from V1M0 (BRRI dhan65 with no management) and straw yield (0.85 t ha-1) from V2M0 (Nerica with no management). Irrespective of variety with no management reduced 94-95% grain yield of Aus rice that was 84-89% for no weeding and no fertilizer application. Bangladesh Agron. J. 2022, 25(2): 43-49
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农艺管理下澳大利亚水稻生长与产量表现
本试验于2018年3月至6月在达卡Sher-e-Bangla农业大学的试验田进行,研究了农艺管理对Aus水稻生长和产量的影响。该试验包括分块设计,其中主地块中的品种为:i)BRRI dhan65(V1)和ii)Nerica(V2),以及子地块中的五种农艺管理,即:i)不管理-M0,ii)不除草,但所有其他管理-M1,iii)不施肥,但所有其它管理-M2,iv)不灌溉,但所有其他管理-M3和v)推荐管理-M4。由于处理的差异,几乎所有研究的性状都具有统计学意义。水稻产量贡献性状和产量差异显著。在30、50、70 DAS和收获时,与V1相比,V2记录了较高的植株(分别为24.61 cm、41.27 cm、60.23 cm和80.28 cm)、粮食产量(0.96 t ha-1)和秸秆产量(2.75 t ha-1。同样,从M4中观察到最高的植株(在30、50、70 DAS和收获时分别为27.11厘米、49.66厘米、71.49厘米和91.07厘米)、粮食产量(2.34 t ha-1)和秸秆产量(5.30 t ha-)。在相互作用方面,V1M4(BRRI dhan65,推荐管理)的粮食产量最高(2.43 t ha-1),秸秆产量最高(5.31 t ha-1。不分品种,不施肥和不除草,Aus水稻的产量降低了94-95%,为84-89%。孟加拉国Agron。J.2022,25(2):43-49
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审稿时长
10 weeks
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