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首页> 外文期刊>日本作物学会紀事 >Growth and yield of sweet corn with legume living mulches [Japanese]
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Growth and yield of sweet corn with legume living mulches [Japanese]

机译:豆类生活覆盖的甜玉米的生长和产量[日文]

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摘要

To evaluate the effect of living mulch, we examined the weed biomass and the growth and yield of sweet corn (Zea mays L.) cultivated with three legume living mulches without the application of herbicide and without tillage. The living mulch plants alfalfa (Medicago sativa L.), red clover ( Trifolium pratense L.) and white clover (Trifolium repens L.) were seeded in autumn. During the corn growth period in the following year, weed growth was effectively suppressed by all three living mulch plants. Both growth rate and yield of sweet corn with white clover living mulch were comparable to the conventional cultivation, but alfalfa and red clover living mulches caused the yield reduction in sweet corn. The percentage of stand was thought to have been reduced due to the competition for light and nutrients. The nitrogen absorption rate of sweet corn increased with its growth. On the other hand, the nitrogen absorption rate of living mulch plants decreased with the growth of sweet corn. These results suggest that competition between sweet corn and living mulch plants for nitrogen would be small. We concluded that white clover is the best of the three legume living mulch plants for weed control without significantly affecting sweet corn production.
机译:为了评估生活覆盖物的效果,我们研究了杂草生物量和甜玉米(Zea Mays L.)的生长和产量,其培养了三种豆类活覆盖物,没有耕种除草剂。生物覆盖植物苜蓿(Medicago sativa L.),红三叶草(三叶草Pratense L.)和白色三叶草(三叶草repens L.)在秋季播种。在凌晨的玉米生长期期间,所有三种活覆盖的植物都会有效地抑制了杂草的增长。甜玉米的生长速率和甜玉米生物覆盖物的产量与常规栽培相当,但苜蓿和红三叶草生物覆盖物导致甜玉米的产量减少。由于光明和营养成分竞争,所考虑的立场百分比已被降低。甜玉米的氮吸收率随它的生长而增加。另一方面,生活覆盖植物的氮吸收率随甜玉米的生长而降低。这些结果表明,甜玉米和氮气植物之间的竞争将很小。我们得出结论,白三叶草是杂草控制的三种豆类生活覆盖植物中最好的,而不会显着影响甜玉米产量。

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