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Weed suppression and crop productivity by different arrangement patterns of maize

机译:不同玉米排列方式对杂草的抑制和作物的生产力

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A field experiment was conducted in order to estimate the influence of different arrangement patterns of maize plants (Zea mays L.) in combination with low rates of herbicides on weed infestation and on production parameters of the crop. The maize was sown at 70-, 50-, and 35-cm row space with the same crop density. The weed biomass declined with smaller row spaces and was, on average, the lowest with the 35-cm row space; even though the arrangement patterns of the maize plants had no significant effect on the average values of the weed biomass. The interaction of the arrangement pattern and the herbicide rate significantly influenced weed biomass. Maize grain yield expressed the greatest variation under the effects of applied factors, but did not differ significantly between treatments with the full and the half rate of herbicides. The results indicate that it is possible to control weed infestation level if maize is grown with increased spatial uniformity and combined application of other practices such are herbicides. In such a way, maize plants are more competitive against weeds and even lower amounts of herbicides could be applied in order to achieve high yields.
机译:为了估计玉米植物(Zea mays L.)的不同排列方式与低除草剂用量对杂草侵染和作物生产参数的影响,进行了田间试验。玉米以70、50和35厘米的行距播种,并保持相同的作物密度。行距较小时,杂草生物量下降,而行距为35 cm时,杂草生物量最低。即使玉米植物的排列方式对杂草生物量的平均值没有显着影响。排列方式和除草剂比率的相互作用显着影响杂草的生物量。玉米籽粒产量在应用因素的影响下表现出最大的变化,但是在使用全除草剂和半除草剂的处理之间,玉米的产量没有显着差异。结果表明,如果玉米以增加的空间均匀性生长并结合其他方法(例如除草剂)生长,则可以控制杂草侵染水平。以这种方式,玉米植物对杂草更具竞争力,甚至可以使用更少量的除草剂以实现高产。

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