俄罗斯联邦更新土壤地图上的暗腐殖质土壤比例尺为1:2.5 M

Q4 Agricultural and Biological Sciences
T. Ananko, M. Gerasimova
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引用次数: 1

摘要

深色腐殖质土壤类型包含在俄罗斯联邦土壤地图的更新图例中,比例尺为1:2.5 M,转换为俄罗斯土壤分类系统。土壤剖面从深色腐殖质层开始,逐渐与母岩融合;没有任何中等剖面的诊断层位。在俄罗斯欧洲、西伯利亚西部和中部、跨贝加尔地区、阿尔泰-萨耶尼山脉和高加索地区的森林草原、草原和针叶林地带发现了大片深色腐殖质土壤。深色腐殖质土壤类型包括中等形态土壤(正常水分条件下)和具有额外地表水或地下水水分的土壤。深色腐殖质土壤形成的主要先决条件是,一方面,有利于深色腐殖质层形成的气候条件,另一方面,母体物质——主要是坚硬岩石的衍生物,限制了中剖面诊断层的发展。在更新后的地图中,以下初始图例单元部分或完全转换为深色腐殖质土壤:几个单元的黑钙土、深灰色森林和灰色森林非灰化土壤、潮湿的针叶林基饱和和轻度不饱和土壤、几个山地土壤、相当大一部分的潮湿钙质土壤以及一些山地森林草甸土壤。深色腐殖质土壤亚型的多样性由次生碳酸盐特征、粘土堆积和灰化的微弱迹象、矿物质的蚀变、潜育和低温现象决定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dark-humus soils on the updated soil map of Russian Federation scale 1 : 2.5 M
The dark-humus soil type was included in the updated legend of the Soil Map of the Russian Federation at scale 1 : 2.5 M, converted to the system of Soil Classification of Russia. The soil profile starts with the dark-humus horizon gradually merging to the parent rock; any mid-profile diagnostic horizons are absent. Large areas of dark-humus soils are found in the forest-steppe, steppe and taiga zones of the European Russia, Western and Central Siberia, in the Trans-Baikal region, the Altai-Sayany Mountains, and the Caucasus. The type of dark-humus soils comprises both mesomorphic soils (of normal moisture conditions) and soils with additional surface or ground-water moisture. The main prerequisites for the formation of dark-humus soils are, on the one hand, the climatic conditions favorable for the dark-humus horizon formation, and, on the other hand, parent material - mostly derivates of hard rocks, restricting the development of mid-profile diagnostic horizons. In the updated map, the following initial legend units are partially or completely converted to dark-humus soils: several units of chernozems, dark-gray forest and gray forest non-podzolized soils, soddy-taiga base-saturated and slightly unsaturated soils, several mountain soils, a significant part of soddy-calcareous soils, as well as some mountainous forest-meadow soils. The diversity of dark-humus soils subtypes is determined by secondary carbonate features, weak signs of clay accumulation and podzolization, alteration of the mineral mass, gley and cryogenic phenomena.
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来源期刊
CiteScore
0.90
自引率
0.00%
发文量
15
审稿时长
8 weeks
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