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Macro- and micromorphological features of genetic horizons in a solonetzic soil complex at the Dzhanybek Research Station

机译:Dzhanybek研究站的松散质土壤复合体的遗传视野宏观和微观形态特征

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The comparative analysis of macro- and microfabrics of soil horizons in a trench crossing a solonetzic soil complex on a virgin plot has shown incomplete correspondence between the macro- and micromorphological features. Solonetzic and solodic horizons and features are differently manifested in different types of soils. The soils of the complex are subjected to continuous transformation dictated by the general trend of the landscape evolution in the Caspian Lowland and by the local changes related to the activity of burrowing animals and fluctuations in the groundwater level. The current trends of evolutionary changes are reflected in the soil microfabrics and salt pedofeatures, whereas more ancient processes are recorded in the properties of the clayey plasma. In the soil of the microlow, the most complete correspondence between the macro- and micromorphological features is observed. At the microlevel, the horizons of this soil resemble the humus-accumulative and metamorphic horizons of dark-colored chernozem-like soils of vast mesodepressions. A variant of the soil evolution within the solonetzic complex is discussed.
机译:在原始地块上,与穿过松质土壤复合体的沟渠中的土壤层的宏观和微观结构的比较分析表明,宏观和微观形态特征之间不完全对应。在不同类型的土壤中,蜂群状和独奏性的层位和特征都有不同的表现。复杂的土壤要经历连续变化,这取决于里海低地景观演变的总体趋势以及与洞穴动物活动和地下水位波动有关的局部变化。进化变化的当前趋势反映在土壤微结构和盐质特征中,而更古老的过程记录在黏土质的特性中。在微低洼的土壤中,观察到宏观和微观形态特征之间最完全的对应关系。在微观水平上,这种土壤的层状类似于中压抑制作用的深色黑钙质样土壤的腐殖质积累和变质层。讨论了松散复合物中土壤演化的变体。

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