Research of the reasons of excessing the air and underground soil layers of the deep blocked soils of black earth

Pogorilyy S. P., Prysyazhnyi V. G., Shkarivskyi G. V.
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Abstract

Purpose. Investigation of the causes of compaction of arable and subsoil soil layers of deep podzolic chernozems. Methods. Experimental studies of the density of arable and subsoil soil layers of deep podzolic chernozems with subsequent processing of the results on a PC. Results. The results of experimental researches of formation of the overcompacted layers of chernozems of deep podzolic depending on ways and means of influence on them are stated. Conclusions. As a result of research it is established that on deep chernozem chernozems the maximum depth of overcompacted layers formed by self-compaction for virgin soil does not exceed 30 cm, and man-made impact on these soils leads to overcompaction of layers up to 40 cm deep. Possible areas of further research on this issue are the study of technical and technological aspects of ensuring acceptable for optimal plant development density. Keywords: overcompaction, arable and subsoil layers of soil, division of chernozems deep podzolic, running systems, soil density.
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黑土深层阻塞土空气和地下土层过量的原因研究
目的。深灰化土黑钙土耕层和底土层压实原因的调查。深灰化土黑钙土耕层和底土层密度的试验研究及其在pc上的后续处理。叙述了深灰化期黑钙土过压实层形成的实验研究结果,以及影响黑钙土过压实层形成的途径和手段。研究结果表明,在深黑钙土中,原生土自压实形成的超压实层最大深度不超过30 cm,人为影响导致超压实层深度可达40 cm。在这个问题上进一步研究的可能领域是对确保可接受的最佳植物发育密度的技术和工艺方面的研究。关键词:过压实,耕地和底土,黑钙土的划分,深灰化土,运行系统,土壤密度。
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