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Approaches to the study of the lithological homogeneity of soil profiles and soil polygenesis.

机译:研究土壤剖面的岩性均质性和土壤多生性的方法。

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摘要

A methodology for the analysis and diagnosis of soil polygenesis is discussed. It is based on the successive and complementary stages of soil examination: (1) the field stage, during which the morphological analysis of a soil profile is combined with the study of the spatial behavior of the major soil horizons in order to reveal the degree of their genetic interdependence or their stratigraphic independence and (2) the stage of the careful morphological description of the soil profile at different levels (from the macrolevel to the micro- and submicrolevels) by the methods of soil morphology in combination with the methods of paleogeography, mineralogy, cryolithology, microbiomorphology, and other sciences. As a result, we distinguish between the modern and relict (inherited) soil features; the latter are subdivided into the lithogenic soil features (lithorelics) and pedogenic soil features (pedorelics, traces of the former stages of the soil development). Two groups of models of soil polygenesis can be distinguished: (1) simple models, according to which the changes in the character of the pedogenesis and in the environmental conditions are recorded in the same lithological matrix, and (2) complex models, according to which the changes in the cycles of the soil formation are complicated by the processes of sedimentation so that they are recorded in the changing lithological matrix.
机译:讨论了土壤多态性的分析和诊断方法。它基于土壤检验的相继和互补阶段:(1)田间阶段,在此阶段中,对土壤剖面的形态学分析与对主要土壤层位的空间行为的研究相结合,以揭示土壤层积的程度。 (2)通过土壤形态学方法与古地理学方法相结合,对不同水平(从宏观到微观和亚微观)土壤剖面的形态学形态进行仔细描述的阶段,矿物学,冰冻岩学,微生物形态学和其他科学。结果,我们将现代和遗留(继承)土壤特征区分开来。后者又细分为成岩土壤特征(lithorelics)和成岩土壤特征(pedorelics,是土壤发育前阶段的痕迹)。可以将土壤多生成因模型分为两类:(1)简单模型,根据该模型,将成岩作用的特征和环境条件的变化记录在同一岩性基质中;(2)复杂模型,根据沉积过程使土壤形成周期的变化变得复杂,因此将它们记录在变化的岩性基质中。

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