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Residual effect of Sources and Levels of Boron application on Green gram (Vigna radiata L) in Sunflower - Greengram cropping sequence

机译:硼的来源和施用水平对向日葵-绿豆种植顺序中绿豆(Vigna radiata L)的残留影响

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Field experiments were conducted at Agricultural Research Station, Bhavanisagar, Tamil Nadu in Inceptisols (Typic Ustropepts) to evaluate boron fertilizers, (Borax, Boric acid and Agribor) and to assess the right mode, level of boron application on the B content and yield of the residual crop greengram. The experimental field was deficient in available B (0.35 mg kg~(-1)). Sunflower was raised as a main crop. Different B levels 0.5, 1.0, 1.5 and 2.0 kg B ha~(-1) as soil application and two levels offoliar spray 0.2% and 0.3% were compared with control. The treatments were super imposed with recommended dose of NPK. After harvesting the main crop, green gram was raised as a residual crop on the same field without any alternation. The grain haulm yields of green gram were significantly increased by the residual effect of boron applied to the previous crop. Application of B at the rate of 2,0 kg ha~(-1) recorded highest gram and haulm yields of 958 and 2663 kg ha~(-1), respectively. The residual effect was not observed at the lower level of B (0.5 kg ha~(-1)) application. The interaction between two source showed that the performances of borax and Agribor were equal at lower levels, while at higher levels Agribor was found superior to borax. Significant correlations existed between B availability and B concentration in grain and haulm and B uptake with yield indicated the residual effect of B on the yield of green gram.
机译:在Inceptisols(典型的Ustropepts)中的泰米尔纳德邦Bhavanisagar农业研究站进行了田间试验,以评估硼肥(硼砂,硼酸和Agribor)并评估正确的模式,硼水平对硼含量和产量的影响。剩余的作物格林格拉姆。实验田缺乏有效的硼(0.35 mg kg〜(-1))。向日葵是主要农作物。分别以0.5、1.0、1.5和2.0 kg B ha〜(-1)施用不同的硼水平,并分别以0.2%和0.3%的两种叶面喷施0.2%和0.3%的对照。推荐的NPK剂量加重治疗。收割主要农作物后,在同一田地上将绿豆作为残留农作物种植,没有任何交替。硼对前茬作物的残留影响使绿豆的单产提高了。以2.0 kg ha〜(-1)的比例施用B的最高克和远期产量分别为958和2663 kg ha〜(-1)。在较低水平的B(0.5 kg ha〜(-1))施用量下未观察到残留效应。两种来源之间的相互作用表明,较低水平的硼砂和Agribor性能相同,而较高水平的Agribor优于硼砂。硼的有效性与籽粒和茎秆中的硼含量之间存在显着的相关性,硼的吸收与产量之间的关系表明硼对绿豆产量的残留影响。

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