Modeling the technological process of tillage

Мударисов, Салават; Gabitov, Ildar; Lobachevsky, Yakov P.; Mazitov, N. K.; Rakhimov, R.S.; Khamaletdinov, Rim; Рахимов, И. Р.; Farkhutdinov, Ildar; Mukhametdinov, Airat; Gareev, R.T.

doi:10.1016/j.still.2018.12.004

Cited by 69 publications

(35 citation statements)

References 13 publications

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“…A0-A1 soil layer in the linden forest in G. M. Rutto Park contains only 33.17% -37.30% of small granular structure aggregates. This suggests that the soils there are waterlogged and their water and heat balance is broken (Field studies of the soil 1984 ,Nature protection 2008, Ziiatdinova et al 2012, Mudarisov et al 2019. There is also excessive compaction provoked by people's recreational activities.…”

Section: Resultsmentioning

confidence: 99%

Growth of Tilia cordata Mill. in Urban Forests

Martynova

Sultanova

Odintsov

et al. 2020

SEEFOR

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Tilia cordata Mill. is considered to be the main tree species resistant to urban conditions and it is widely used in the greening of cities. The aim of the study is to assess the patterns of growth and development of small-leaved linden plantations in the urban environment. The research is based on the method of sample areas where continuous enumeration survey has been carried out. The study of urban greening objects was conducted using the methods of landscape assessment and complete enumeration of trees in alley plantings. It was found that Tilia cordata Mill. grows in all districts and zones of the city of Ufa, occupying 34.4% of green areas. During this research it was found that artificially created alley plantings of Tilia cordata Mill. are more well-kept and have well-developed crowns which create a tree shade sometimes 8-10 meters wide (the average crown projection being 7 m). Since alley plantings have repeatedly been pruned, trees in this area are characterized by a large increase in diameter and strong height growth stagnation. Thus, when studying linden plantings of the same age, a sharp difference in the size and shape of trees was observed.

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Section: Resultsmentioning

confidence: 99%

Growth of Tilia cordata Mill. in Urban Forests

Martynova

Sultanova

Odintsov

et al. 2020

SEEFOR

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“…Over the 20 years of operation of heavy imported tractor units, many adverse effects on the economy and ecology of agricultural production have been identified [8,9], and organizational and design actions have been carried out in connection with this [10][11][12][13][14]. Among the negative impacts on the economy and ecology of agricultural production, the following main negative consequences can be distinguished.…”

Section: Research Results and Discussionmentioning

confidence: 99%

A complex of breakthrough grain production technology

et al. 2020

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The massive introduction of foreign machinery, seeds, and technologies not adapted to Russian conditions over the past quarter-century have led agricultural production in Russia to reduce yield and quality of manufactured products. The reasons leading to the loss-making of Russian production are manifold, namely, over-compaction of fields with heavy equipment and small processing, excluding moisture absorption and moisture accumulation, destroying floods, artificial “drought, ” forced late sowing and ultra-expensive western equipment. This article is devoted to the description of a breakthrough proposal, which includes the creation of technology with a complex of domestic technology, which is costeffective and import-leading in all environmental, energy, and economic indicators. The research work is approved by many official scientific and technical councils and is a significant legitimate contribution to the development of agricultural machinery in Russia, increasing labor productivity in agricultural production and restoring the health of the nation. On the basis of domestic tractors of traction classes of 1.5-5.0 ts, a full range of functional agricultural equipment has been created that provides an increase in productivity, yield and its quality, profitability up to 2 times with a decrease in specific metal consumption, power, fuel consumption and cost growth from 2 to 4 time.

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“…Константинов М.М., Рахимов Р.С., Рахимов З.С., Мударисов С.Г., Хлызов Н. Т. [4,5,8,[10][11][12] изучали вопросы работы посевной машины на склоновых полях и равномерности распределения семенного материала соответствующими распределителями. Анализ работ указанных авторов показывает, что для снижения неравномерности распределения посевного материала в данном случае рекомендуется использовать различные конструктивные решения, суть которых сводится к выравниванию потока посевного материала внутри распределителя посредством различных балансирных устройств.…”

Section: ключевые слова: горизонтальный распределитель семян; пневматunclassified