深色栗子土在乌克兰大草原使用条件下的土壤过程模式

IF 0.3 Q3 SOCIAL SCIENCES, INTERDISCIPLINARY Zbornik Veleucilista u Rijeci-Journal of the Polytechnics of Rijeka Pub Date : 2021-05-21 DOI:10.31784/ZVR.9.1.26
I. Bidnyna, O. Shkoda, A. Tomnytskyi, V. Borovik, V.O. Sharii
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引用次数: 0

摘要

通过4年的研究,建立了随填海负荷参数变化的土壤过程发展规律。结果表明,在植被季末,用高矿化度的水灌溉作物会导致土壤结构的恶化,其中团聚体bbb10 mm最多,占42.67%(团聚体<0.25 mm趋势相似)。平均而言,在2016-2019年期间,无论研究因素如何,在灌溉影响下,水浸液离子组成的转变导致所有变量的盐度化学从氯化钠-硫酸钠转变为钙-硫酸钠。产量的形成最有利条件在实验中分化耕作制度下创建一个分裂轮作和剂量的增加化肥的引入,每公顷作物轮作的区域提供最高的效率,这是玉米15.49吨/公顷,高粱- 8.72吨/公顷,冬季小麦- 7.07吨/公顷,只有今年大豆的最佳条件为1创建选项- 4.27吨/公顷。在每公顷轮作面积上,差别化耕作的平均施肥背景2 (n120p52,5)的盈利率最高,为199%,而其他耕作制度和施肥剂量的盈利率则降至33-189%。
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Patterns of soil processes on dark chestnut soil under conditions of its use in the conditions of the steppe of Ukraine
As a result of four-year research, the patterns of soil processes development depending on the parameters of reclamation load were established. It was established that at the end of vegetation season irrigation of crops with water with high mineralization leads to deterioration of soil structure, where the largest amount of aggregates >10 mm (42.67%) was observed during disk tillage (a similar trend was observed for aggregates <0.25 mm). On average, during 2016-2019, under the influence of irrigation, the transformation of the ionic composition of the aqueous extract led to a change in the chemistry of salinity from sodium chloride-sulfate to calcium-sodium sulfate in all variants, regardless of the studied factors. The most favorable conditions for the formation of the yield in the experiment were created under a differentiated system of tillage with one split for crop rotation and with the introduction of increased doses of fertilizers, which per 1 ha of crop rotation area provided the highest productivity, which was for corn 15.49 t/ha, sorghum - 8.72 t/ha, wheat winter - 7.07 t/ha, and only for soybeans the best conditions this year were created for 1 option - 4.27 t/ha. The highest level of profitability from 1 ha of crop rotation area was obtained for the average fertilization background 2 (N120P52,5 ) for differentiated tillage - 199%, while for other tillage systems and fertilizer doses it decreased to 33-189%.
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