不同除草剂对青藏高原森林草原条件下大豆产量的影响

A. Abaev, S.A. Tavkazakhov, V. Tedeeva, M.M. Gogaev
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引用次数: 0

摘要

本文考虑了不同剂量除草剂对杂草植被、作物生长发育、所得产品质量、种子基质多样性和产量的影响。组合Pivot 0.8;和谐8 g/ hm2对杂草的毒害作用最大。该组合对作物的污染降低了93.6%,杂草质量降低了95.3%。奖杯2.0的效率也非常高;和谐8 g / ha(杂草数量减少92.3%,质量减少93.7%)。期权效率枢轴0.8;脉冲星0.8和Trophy 2.0;脉冲星0.8明显更低。Trophy 2.0的组合;脉冲星0.8对结核的数量和原始质量有很强的抑制作用。除草剂的有效性在很大程度上取决于杂草的植物成分及其对药物的抗性程度、使用时间和剂量、化学处理后的降水和降水分布。在空气和土壤温度升高的条件下,杂草对所有除草剂的敏感性都显著增加。Trophy 2.0的引入;Harmony 8g / ha显著抑制大豆幼苗生长,使幼苗密度略有下降。Trophy 2.0的组合;脉冲星0.8在大豆生长季的前半段抑制大豆,导致植株发黄。除草剂的使用使单株大豆和籽粒数提高了18.4% ~ 38.9%。使用枢轴0.8;和谐8 g/ha可使1000粒种子的质量增加9 ~ 11 g,但对种子的萌发能和萌发率没有影响。施用的药物不影响大豆幼苗的萌发,但不友好(不均匀)和发芽时间延长。土壤除草剂使立木密度降低0.4 ~ 1.1%,保险除草剂使立木密度降低2.7 ~ 3.3%。杂草从土壤中带走了大量的养分。在对照变异中,杂草对氮的总去除量为109.2 kg/ha,对磷的总去除量为16.4 kg/ha,对钾的总去除量为81.61 kg/ha。在最好的变体(Pivot 0.8;除氮量6.69 kg/ha,除磷量1.11 kg/ha,除钾量5.13 kg/ha。节约的氮量足以形成大豆籽粒12.2 c,磷和钾分别为6.63 c和20.67 c。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE INFLUENCE OF VARIOUS HERBICIDES ON THE PRODUCTIVITY OF SOYBEANS IN THE CONDITIONS OF THE FOREST-STEPPE ZONE OF THE RSO-ALANIA
The article considers the influence of various doses of herbicides on weed vegetation, the growth and development of crops, the quality of the products obtained, the matrix diversity of seeds and yield. The combination of Pivot 0.8; Harmony 8 g/ha had the greatest toxic effect on weeds. The contamination of crops with this combination decreased by 93.6%, and the reduction in the mass of weeds by 95.3%. The efficiency of the Trophy 2.0 variant was also very high; Harmony 8 g / ha (the reduction in the number of weeds was 92.3%, and the mass was 93.7%). The efficiency of the options Pivot 0.8; Pulsar 0.8 and Trophy 2.0; Pulsar 0.8 was significantly lower. The combination of Trophy 2.0; Pulsar 0.8 had a strong inhibitory effect on the number of nodules and their raw mass. The effectiveness of herbicides largely depended on the botanical composition of weeds and the degree of their resistance to drugs, the timing and doses of their use, precipitation and precipitation distribution after chemical treatments. In conditions of elevated air and soil temperatures, the sensitivity of weeds to all herbicides increased significantly. The introduction of Trophy 2.0; Harmony 8g / ha significantly inhibited soybean seedlings, causing a slight decrease in the density of seedlings. The combination of Trophy 2.0; Pulsar 0.8 oppressed soybeans in the first half of the growing season, causing yellowing of plants. The introduction of herbicides contributed to an increase in productivity by increasing the number of beans and grains per plant by 18.4 – 38.9%. The use of the Pivot 0.8; Harmony 8 g/ha option led to an increase in the mass of 1000 seeds by 9-11 g and did not affect the germination energy and seed germination. The drugs used did not affect the onset of soybean seedlings, but their unfriendly (uneven) and longer germination was observed. Soil herbicides reduced the density of standing plants by 0.4-1.1%, insurance herbicides-by 2.7-3.3%. Weeds take out a significant amount of nutrients from the soil. In the control variant, the total removal of nitrogen by weeds was 109.2 kg/ha, phosphorus-16.4, potassium – 81.61 kg/ha. In the best variant (Pivot 0.8; Harmony 8 g/ha), nitrogen removal was 6.69 kg/ha, phosphorus-1.11, potassium – 5.13 kg/ha. The saved amount of nitrogen would be enough to form 12.2 c of soy grain, phosphorus and potassium, respectively, 6.63 and 20.67 c.
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