除草剂与生物制剂联合作用对冬豌豆根际微生物活性的影响

V. Karpenko
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引用次数: 0

摘要

本文介绍了冬豌豆根际细菌、微菌和固氮菌总数的研究结果,这取决于使用不同剂量的除草剂MaxiMox (0,8;0, 9;1,0和1,1 l/公顷),分别与植物生长调节剂Agriflex Amino (1,0 kg/公顷)在没有背景的情况下,在微生物制剂Optimize Pulse (3,28 l/t)的杀菌种子材料背景下进行混合。结果表明,不同除草剂用量对冬豌豆根际微生物群功能的影响存在一定的依赖关系,但在以微生物制剂“优化脉冲”(Optimize Pulse, 3,28 l/t)杀菌种子材料为背景的条件下,maximmox (0,8 ~ 1,0 l/ha)与植物生长调节剂Agriflex Amino (1,0 kg/ha)复合施用,可以减少外源药物对土壤微生物群的负面影响。表现在细菌总数平均增加3-21%,微菌平均增加42-73%,固氮菌平均增加2-9%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ACTIVITY OF RHISOSPHERIC MICROBIOTES OF WINTER PEAS BY COMBINED ACTION OF HERBICIDE AND BIOLOGICAL PREPARATIONS
The article presents the results of studies the total number of bacteria, micromycetes and azotobacter in the rhizosphere of winter peas, depending on the use of different rates of herbicide MaxiMox (0,8; 0,9; 1,0 and 1,1 l / ha), separately and in tank mixes with plant growth regulator Agriflex Amino (1,0 kg/ha) on the background of bacterization seeds material with the microbial preparation Optimize Pulse (3,28 l/t) and without background. The obtained results showed the dependence of the functioning of the rhizosphere microbiota of winter peas on the application of different herbicide rates, but with the complex application of MaxiMox (0,8–1,0 l/ha) with the plant growth regulator Agriflex Amino (1,0 kg/ha) on the background of bacterization seeds material with the microbial preparation Optimize Pulse (3,28 l/t) was observed to reduce the negative impact of xenobiotics on the soil microbiota, which was manifested in an increase the total number of bacteria by an average of 3-21%, micromycetes - 42-73% and azotobacter - 2-9%
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