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The Solonetzic Process in Surface Soils and Buried Paleosols and Its Reflection in the Mineralogical Soil Memory

机译:表层土壤和埋藏古土壤的成岩作用及其在矿物学土壤记忆中的反映

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The development of the solonetzic process in paleosols buried under kurgans and in the modern surfacesoils has been studied on the basis of the analysis of the clay (<1 mum) fraction. The revealed changes in the textural differentiation of the soils and the mineralogical composition of the clay fraction during 4500 years are assessed from the viewpointof the “memory” of the solid-phase soil components. The mineralogical characteristics show that the solonetzic process in the modern background soil is more developed. The mineralogical approach allows us to reveal the long-term changes in the soil status; it is less useful for studying the effect of short-term bioclimatic fluctuations. In the latter case, more labile soil characteristics should be used. The mineralogical method, combined with other methods, becomes more informative upon the study ofsoil chronosequences. Our studies have shown that the data on the clay minerals in the buried paleosols may contain specific information useful for paleoreconstructions that is not provided by other methods.
机译:在对粘土(<1um)组分进行分析的基础上,研究了埋藏在古尔甘斯下的古土壤和现代地表土壤中的solonetzic过程的发展。从固相土壤组分的“记忆”观点,评估了4500年间土壤质地差异和粘土组分矿物学组成的变化。矿物学特征表明,现代背景土壤中的硅酸作用过程较为发达。矿物学方法使我们能够揭示土壤状况的长期变化。它对于研究短期生物气候波动的影响不太有用。在后一种情况下,应使用更不稳定的土壤特性。矿物学方法与其他方法的结合,在研究土壤时间序列方面提供了更多信息。我们的研究表明,埋在古土壤中的粘土矿物的数据可能包含其他方法无法提供的,对古构造有用的特定信息。

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