大高加索东南坡。微活动对领土上微生物过程和发酵活动的影响

Dr.VT Mammadzade
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引用次数: 0

摘要

2012-2017年,为研究微量元素对中度侵蚀灰色山棕壤冬小麦产量的影响,通过田间试验研究了细菌、射线真菌和微生物微真菌的活性。研究了在小麦生长期起主要作用的微生物的活动规律。结果发现,在所有试验变量中,给予土壤的微量营养素增加了微生物群的活性。因此,微量营养素对细菌活性的影响更大。同样,微量营养素也增加了真菌和真菌的活性。增加了。细菌和真菌的活性增加了。此外,这组微生物是否生长得更好,特别是在没有湿度的条件下?通过我们这5-6年的研究,我们可以得出这样的结论:微量元素显著地恢复了侵蚀土壤中的微生物过程,从而显著地改善了土壤中腐烂的分解和合成,加速了腐殖质的形成过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The south-eastern slope of the Greater Caucasus The impact of micromobiements to the micromiological process and fermentativ activity on territorial lands
in 2012-2017, the activity of bacteria, ray fungi and microscopic fungi from microorganisms was studied in field experiments with the aim of studying the effect of micronutrients on the productivity of winter wheat in moderately eroded gray mountain-brown soils. The regularity of the activity of the microorganisms that play a major role during the vegetation period of wheat was studied. It was found that the micronutrients given to the soil increased the activity of groups of microorganisms in all variants of the experiment. Thus, the effect of micronutrients on the activity of bacteria was greater. Likewise, micronutrients also increased the activity of fungi and fungi. has increased. The activity of bacteria and fungi has increased. Also, does this group of microorganisms develop better, especially in conditions without humidity? From these 5-6 years of research carried out by us, we can draw the conclusion that microelements significantly revive the microbiological process in eroded soils, as a result of which decomposition and synthesis of decay in the soil is significantly improved, and the process of humus formation is accelerated.
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