玉米小麦淡季覆盖作物管理

L. Link, L. S. Pereira, V. V. Batista, K. F. Oligini, E. Pellizari, P. F. Adami, L. Sartor
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摘要

本研究研究了考虑生物量积累和养分循环的适宜覆盖作物及其对玉米-小麦淡季的除草剂管理及其对小麦产量的影响。试验采用随机区组设计,采用5种覆盖作物(2017/18生长季荞麦、黄月桂、狼尾草、棘毛草和黄月桂)和2种除草剂管理(小麦播种前17 d和播种后17 d干燥),共4个重复的因子设计。Fallow作为对照。荞麦(Fagopyrum esculentum)的周期最快,可推荐较短的淡季期(50天)。在70 ~ 80天的淡季期间,狼尾草(Pennisetum glaucum)的生物量产量最高。谷子和腕子在除草剂干燥期产生的额外生物量之间的权衡不包括小麦籽粒产量的减少,这表明它的除草剂管理应该是预期的。另一方面,在小麦产量不受影响的时期,crotalaria的生物量呈线性增长,建议在小麦播种日对其进行除草剂解剖
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Cover crop management in the maize-wheat offseason
This research studied a suitable cover crop considering biomass accumulation and nutrient cycling and its herbicide management to be adopted in the maize-wheat offseason as well as its influence on wheat yield. Experiment was laid out as a randomized block design in a factorial scheme with five cover crops (Fagopyrum esculentum, Crotalaria juncea, Pennisetum glaucum, Urochloa brizantha and Crotalaria spectabilis at 2017/18 growing season and at 2018/19, Fagopyrum esculentum and Crotalaria spectabilis were switched for Dolichos lablab) and two herbicide management (Desiccation 17 days before and at the wheat Sowing day) with four replications. Fallow was used as a control. Fagopyrum esculentum showed the fastest cycle and can be recommended for shorter offseason periods (50 days). Pennisetum glaucum showed the highest biomass yield at both years, standing out as the best option for offseason periods of 70 to 80 days. Tradeoff between the additional biomass produced by millet and brachiaria between herbicide desiccation periods does not cover the wheat grain yield reduction, suggesting that its herbicide management should be anticipated. On the other hand, Crotalarias showed a linear increase in biomass along the periods without wheat yield effects and its herbicide dissection at the wheat sowing day is recommended
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