第聂伯罗河流域土壤多样性(以第聂伯罗-奥里尔斯基自然保护区为例)

Pub Date : 2023-07-01 DOI:10.2478/foecol-2023-0011
V. Yakovenko, O. Kunakh, Hanna Tutova, O. Zhukov
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引用次数: 0

摘要

摘要本研究根据国际WRB分类法确定了第聂伯河流域(在第聂伯罗-奥里尔斯基自然保护区内)土壤的分类位置。这些坑沿着三个横断面铺设,这些横断面穿过研究区域内最显著的起伏梯度。对20个土壤剖面的形态结构研究表明,土壤覆盖与河谷的地理形态结构密切相关。这些土壤典型剖面的形态特征反映了它们的结构、性质和成因,并根据WRB确定了土壤的分类位置。多维缩放使我们能够在二维空间中进行土壤排序。尺寸1通过起伏高度和/或湿度水平的梯度来区分土壤。维度2分化的水成土。第四纪沉积物的性质决定了土壤在两个分类级别(参考组、主分类器和附加分类器)的位置。每个参考组的分布显然与山谷的地貌有关。洪泛平原阶地的土壤覆盖层主要是Arenosol和Cambisol,而Fluvisol和Gleysol主要分布在洪泛平原。
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Diversity of soils in the Dnipro River valley (based on the example of the Dnipro-Orilsky Nature Reserve)
Abstract The study established the classification position of the soils of the Dnipro River valley (within the Dnipro-Orilsky Nature Reserve) according to the international WRB classification. The pits were laid along three transects that passed through the most significant relief gradients within the study area. The study of the morphological structure of 20 soil profiles showed that the soil cover is closely related to the geo-morphological structure of the river valley. The morphological characteristics of typical profiles of these soils reflect their structure, properties and genesis and determine the classification position of the soils according to the WRB. Multidimensional scaling allowed us to perform soil ordination in the space of two dimensions. Dimension 1 differentiates soils by the gradient of relief height and/or moisture level. Dimension 2 differentiated hydromorphic soils. The properties of Quaternary sediments were found to determine the position of soils at both levels of classification (reference groups, main and additional classifiers). The distribution of each of the reference groups is clearly related to the geomorphology of the valley. Arenosols and Cambisols form the soil cover of the floodplain terrace, while Fluvisols and Gleysols are found mainly in the floodplain.
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