首页> 外文期刊>The Madras Agricultural Journal >Effect of sources, levels and methods of boron application on dry matter production, yield attributes and yield of maize (Zea mays L.) in inceptisol
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Effect of sources, levels and methods of boron application on dry matter production, yield attributes and yield of maize (Zea mays L.) in inceptisol

机译:硼源,硼含量和施用方法对间断固醇中干物质生产,玉米产量特性和产量的影响

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摘要

Boron is an essential element for plant growth and yield. B deficiency is common and mostly seen in coarse textured soils. Response of B to oilseed crop has been reported (Shinde et al., 1990). Little information exists on the response of cereal cropto B. Among the cereals, maize is relatively more susceptible to B deficiency (Agarwala and Sharma, 1979). Boron also plays an important role in increasing the grain fruiting in maize as stated by Yiying Li and Hong Liang (1997). So the present investigation examines the effect of sources, levels and method of B application on the dry matter production, yield attributes and yield of maize.
机译:硼是植物生长和产量的重要元素。硼缺乏很常见,且多见于粗糙的土壤中。已有报道B对油料作物的反应(Shinde等,1990)。关于谷物对B的反应的信息很少。在谷物中,玉米相对容易遭受B缺乏的影响(Agarwala和Sharma,1979年)。正如Yiying Li和Hong Liang(1997)所说,硼在增加玉米籽粒结实中也起着重要作用。因此,本研究调查了施用硼的来源,水平和方法对玉米干物质产量,产量属性和产量的影响。

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