接种根瘤菌对大豆生长、产量和品质的影响

M. Rabbani, M. Salam, Swapon Paul, S. Kheya
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摘要

接种根瘤菌可提高大豆产量,但其效果受大豆基因型的影响。本研究旨在探讨接种根瘤菌对大豆品种生长、产量和品质的影响。在Shohag、BARI soybean- 5、BARI soybean- 6、PB-1、Binasoybean-1、Binasoybean-2、Binasoybean-3和Binasoybean-4 8个大豆品种上施用5种不同剂量的根瘤菌接种。试验采用随机完全区组设计,设3个重复。大豆品种在播种后不同天数的株高、分枝数和根瘤数均存在差异。其中,Binasoybean-4在45和60 DAS时最高,PB-1在60 DAS时最高。在45时,DAS Binasoybean-2, 60时,DAS binasoybean -6和75时,DAS Binasoybean-4产生的分枝数量最多。在产生根瘤的情况下,Binasoybean-3在45、60和75 DAS时产生的根瘤数量最多。接种100%根瘤菌RD的种子,植株最高,分枝数最多,根瘤数最多。我们注意到,施用100%根瘤菌接种量的Binasoybean-4在45 DAS和60 DAS时植株最高,分枝数最多,虽然最高的植株出现在100%根瘤菌接种量的Binasoybean-4中,但与100%根瘤菌接种量的Binasoybean-3在统计学上相同。在根瘤菌接种量为100%的情况下,Binasoybean-4在75 DAS时也能产生最多的分枝数。而在根瘤菌接种量为100%的情况下,Binasoybena-3在60 DAS时产生的根瘤数量最多。品种“双豆1号”在产量和产量贡献性状方面均表现优异。应用100% RD的根瘤菌接种物也表现出较好的效果。在100% RD根瘤菌接种量下,Binasoybean-3的种子产量最高,为2.92 t hm -1。该处理组合的蛋白质含量也最高。综上所述,建议采用100% RD根瘤菌接种量的Binasoybean-3可以最大限度地提高种子产量,获得优质大豆。
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Effect of Rhizobium inoculum on the Growth, Yield and Quality of Soybean
Rhizobium inoculation can increase soybean yield, but its performance is influenced by soybean genotypes. The objective of the study was to assess the effect of Rhizobium inoculum on the growth, yield and quality of soybean varieties. In this regard, five different rates of Rhizobium inoculum were applied on eight distinct soybean varieties namely Shohag, BARI Soybean-5, BARI Soybean-6, PB-1, Binasoybean-1, Binasoybean-2, Binasoybean-3 and Binasoybean-4. The experiment was set up using a randomized complete block design with three replications. Soybean varieties showed variability in terms of plant stature, number of branches plant-1 and number of nodules plant-1 at different days after sowing. Among the varieties, Binasoybean-4 produced the tallest plant at 45 and 60 DAS and at 60 DAS variety PB-1 produced the tallest plant. At 45 DAS Binasoybean-2, at 60 DAS BARI Soybean-6 and at 75 DAS Binasoybean-4 produced the highest number of branches plant-1. In case of nodule production, Binasoybean-3 produced the highest number of nodules palnt-1 at 45, 60 and 75 DAS. Inoculation of seeds with 100% of RD of Rhizobium gave maximum plant height, number of branches plant-1 and nodules plant-1. It is noticed that Binasoybean-4 with the application of 100% of RD of Rhizobium inoculum produced the tallest plant and number of branches plant-1 at 45 DAS but at 60 DAS, though the tallest plant was found in the variety Binasoybean-4 with 100% of RD of Rhizobium inoculum but it was statistically identical to Binasoybean-3 with 100% of RD of Rhizobium inoculum. Binasoybean-4 with 100% of RD of Rhizobium inoculum also gave maximum number of branches plant-1 at 75 DAS. But Binasoybena-3 with 100% of RD of Rhizobium inoculum produced the highest number of nodules plant-1 at 60 DAS. In case of variety Binasoybean-1 performed superiorly in terms of all the yield and yield contributing characters. Application of 100% of RD of Rhizobium inoculum also showed superior performance. The highest seed yield (2.92 t ha-1) was recorded in Binasoybean-3 with the application of 100% of RD Rhizobium inoculum. The highest protein content was also documented in this treatment combination. Finally, it may conclude that Binasoybean-3 with the application of 100% of RD Rhizobium inoculum might be recommended for maximizing seed yield and to get best quality soybean.
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