不同分级施肥量对黑禾品种(Vigna mungo L.)生长、产量和质量的影响

Gaurav Manker, D. Chaturvedi
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摘要

一项研究于 2022 年印度中央邦 AKS 大学农学系的研究小区进行,目的是调查分级剂量肥料的影响,即对照(F0)、氮磷钾(18:18:18 千克/公顷-1)(F1)、氮磷钾(19:19:19 千克/公顷-1)(F2)和氮磷钾(20:20:20 千克/公顷-1)(F3)。采用的试验设计是随机完全区组设计,12 个处理组合重复三次。结果显示,处理 F3(氮磷钾比例为 20:20:20 kg ha-1)显著提高了株高(40.73 厘米)、单株分枝数(4.49)、单株叶片数(27.09)和根瘤数(30.89)。该品系的产量属性也最高,如每株荚果数(22.00)、每荚果粒数(4.89)、测试重量(36.98 克)、谷粒产量(9.31 q/ha)和秸秆产量(18.10 q/ha)。此外,在施用 F3(氮磷钾比例为 20:20:20 公斤/公顷)时,黑禾苗的蛋白质含量最高(21.71%)。在品种方面,与 IPU-2-43 和 PU-31 相比,Indira-1 表现出更优越的生长参数和产量贡献特征。值得注意的是,英迪拉-1 的种子蛋白质含量更高。结果表明,施用氮磷钾(氮磷钾比例为 20:20:20 公斤/公顷-1)和种植 Indira-1 品种有望提高黑糯米的产量。
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Performance of Different Graded Dose of Fertilizer on Growth, Yield and Quality of Black Gram Varieties (Vigna mungo L.)
A study was conducted during the kharif season of 2022 at the Research plot, Department of Agronomy, AKS University, Madhya Pradesh to investigate the impact of graded doses of fertilizers viz., Control (F0), NPK @ 18:18:18 kg ha-1 (F1), NPK @ 19:19:19 kg ha-1 (F2), and NPK @ 20:20:20 kg ha-1 (F3) and three varieties i.e., IPU-2-43 (V1), PU-31 (V2), Indira-1 (V3) on black gram. The experimental design employed was a Randomized Complete Block Design, with the 12 treatment combinations replicated three times. Results revealed that treatment F3 (NPK @ 20:20:20 kg ha-1) significantly enhanced plant height (40.73 cm), number of branches per plant (4.49), number of leaves per plant (27.09) and number of root nodules (30.89). This grade also resulted in maximum yield attributes such as the number of pods per plant (22.00), grains per pod (4.89), test weight (36.98 g), grain (9.31 q/ha) and stover yield (18.10 q/ha). Additionally, the highest protein content (21.71 %) in black gram grain was observed with the application of F3 (NPK @ 20:20:20 kg ha-1). Regarding varieties, Indira-1 displayed superior growth parameters and yield-contributing characters compared to IPU-2-43 and PU-31. Notably, Indira-1 exhibited higher protein content in seeds. The results suggest that the application of NPK @ 20:20:20 kg ha-1 and cultivation of the Indira-1 variety hold promise for enhancing black gram productivity.
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