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首页> 外文期刊>Asian Journal of Plant Sciences >Effects of Fertilizer, Inoculation and Sowing Time on Growth, Yield and Yield Attributes of Soybean under Field Conditions
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Effects of Fertilizer, Inoculation and Sowing Time on Growth, Yield and Yield Attributes of Soybean under Field Conditions

机译:田间施肥,接种和播种时间对大豆生长,产量和产量属性的影响

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Two year field experiments on two different sowing date s in response to various level of added fertilizer on various growth, yield and yield attributes of soybean CV. Williams-82 was conducted in medium textured salt free soil of Quetta. Fertilizer treatments were comprised of one level (T2) of P2O5 + K2O fertilizer @ 60 + 30 kg ha -1 and five level (T3 - T7) of N fertilizer @ 25, 50, 75, 100 and 120 kg ha -1 plus the same constant dose of P and K respectively. These six fertilizer levels were applied to both non-inoculated (non-inoc) and inoculated (inoc) crop. Results showed that nodules were found absent in any set of experiment, which could be attributed to either sufficient level of soil NO3 or deficient level of total Fe and Cu or might be due to any other edaphic/climatic factor(s). Results also showed that fertilizer level generally exhibited significant positive influence on growth parameters (except middle leaflet area) of early plantings (EP), but reverse was true for late plantings (LP). While inoculation effects were noted as significant for both plantings (BP). Results further indicated that fertilizer level had slightly (P grain yield of BP respectively, but this increase was much more prominent in EP than LP. A maximum yield (i.e., 3509 kg ha -1 and 2604 kg ha -1) was obtained in T6 non-inoc and T6 inoc of EP and LP respectively. Results also revealed that the response of yield attributes in relation to added fertilizer were found highly significant in EP and non-significant in LP (except 100 seed weight). The same was true for inoculation studies (except sterile pods and pods contained 4 beans). It was also concluded that most of the yield attributes of BP exhibited highly significant positive correlation with their yield, which could be used a suitable selection criteria for predicting the grain yield in soybean cv.Williams-82. However, growth parameters exhibited non-significant association with the yield of both sowing date s.
机译:在两个不同的播种期进行两年的田间试验,以响应不同添加量的肥料对大豆CV的各种生长,产量和产量属性的影响。 Williams-82在Quetta中等质地的无盐土壤中进行。施肥处理由一级(T 2 )P 2 O 5 + K 2 O肥料@ 60 + 30 kg ha -1 和五种水平(T 3 -T 7 )25、50、75、100和120 kg ha -1 分别加上相同的恒定剂量的P和K。这六个肥料水平分别应用于未接种(non-inoc)和已接种(inoc)的农作物。结果表明,在任何一组实验中均未发现根瘤,这可能归因于土壤NO 3 的含量足够或总Fe和Cu含量不足,或者可能是由于其他任何过分的气候/气候因素。结果还表明,肥料水平通常对早期播种(EP)的生长参数(中小叶面积除外)表现出显着的正向影响,但对于后期播种(LP)则相反。虽然接种效果对于两种种植都非常重要(BP)。结果进一步表明,施肥水平略有下降(分别为BP的P谷物产量,但在EP中的增幅比LP更为明显。最大产量(即3509 kg ha -1 和2604 kg ha -1 )分别在EP和LP的T 6 非-inoc和T 6 inoc中获得,结果也表明产量的响应与添加肥料有关的特性在EP中具有很高的意义,而在LP中则无显着意义(100粒重除外),接种研究也是如此(除了无菌豆荚和含有4粒豆的豆荚除外)。 BP的产量属性与其产量呈极显着的正相关,可作为Williams-82大豆品种籽粒产量预报的合适选择标准,但生长参数与两种播种的产量均无显着相关性。日期。

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