绿肥管理方式对玉米生长和产量的影响

M. Sharifi
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摘要

玉米是世界三大谷物之一,产量仅次于小麦。特别是在发展中国家,玉米谷物作为一种食物是相当重要的。虽然通过育种使玉米产量迅速增加,但在这些国家,由于肥料使用不足而导致产量低的情况很多,在这种背景下,包括豆科绿肥作物在内的作物轮作做法似乎是可取的。本文研究了毛杨的供氮能力。HV)对玉米进行了检测。该实验于2017-2018年在阿富汗喀布尔大学农业学院研究农场进行。四个治疗;施用HV渣(B)、玉米行间覆盖HV渣(C)、化肥(D)和对照(A),设3个重复。由于据报道,在掺入HV残留物后的3个月内,土壤中40% ~ 50%的HV氮矿化,因此掺入HV残留物可能能够为后续玉米提供130 ~ 150 kg N / 1的无机氮。玉米地上部干物质(AGB)即使在对照中也一直达到20 mg,这是由于田间土壤肥力较高,但在与D地块对应的丝期之后,HV处理B和C的AGB都显著升高。据估计,HV渣可满足玉米需氮量的40%。这些结果表明,冬季采用HV栽培可显著改善玉米生产氮素平衡。
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Effects of Green Manure (Hairy Vetch) Management Ways on Corn Growth and Grain Yield
Corn is one of the three major cereals and the output has followed that wheat through the word. Especially in developing countries, corn grain is quite important as a food. Although corn production has been rapidly increased by the breeding, there are many cases in which the yield is low because of insufficient use of fertilizes in these countries, under such background, the practice of a crop rotation including leguminous green manure crop seems to be desirable. In this study nitrogen supplying capacity form hairy vetch (Vicia villosa Roth. HV) to corn was examined. The experiment was carried out from 2017-2018 at the Research Farm of Faculty of Agriculture Kabul University, Kabul Afghanistan. Four treatments; incorporation of HV residue (B), mulching of HV residue on the inter-rows of corn (C), chemical fertilizer (D), and control (A), were set with three replications. 180 Mohammad Zarif Sharifi, Mohammad Shoaib Ahmadi, Zabihullah Jalali Incorporation of HV residue may be able to supply inorganic nitrogen of 130 ͠ 150 kg N ha -1 to the succeeding corn, since it was reported that 40 ͠ 50 % of HV nitrogen was mineralized in soil within 3 months after the incorporation. Above-ground dry matter (AGB) of the corn has always reached at 20 mg even in control, which was due to rather high soil fertility of the field, but it become significantly higher in both HV treatments, B and C, after the silky stage corresponding to the D plot. It was estimated that HV residue could supply 40% of nitrogen demand by corn. These results designate that the nitrogen balance for corn production well be drastically improved by using HV cultivation in winter season.
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