Светлогумусовые аккумулятивно-карбонатные и палево-метаморфические почвы коллекции Центрального музея почвоведения: верификация типовой диагностики

Q4 Agricultural and Biological Sciences
Е. А. Гуркова, М. А. Бронникова, М. И. Герасимова, Е. Ю. Сухачева, Ю. В. Конопляникова
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引用次数: 2

Abstract

Results of 24 soil monoliths studying in the collection of Dokuchaev Central Soil Museum were analyzed in terms of diagnostic criteria in Russian soil classification system; these were chestnut, brown aridic, pale and cryoaridic soils. The topsoils of chestnut and brown aridic soils meet the criteria for the light-humus horizon (AJ), but their values in Munsell readings proved to be lower. In pale soils, the upper horizons were identified as gray-humus instead of light-humus ones as prescribed in the system. The cryohumus AK horizon, diagnostic for cryoaridic soils, is peculiar by the abundance of reddish frost-fragmented plant residues (detritus). We failed to differentiate metamorphic BM and xerometamorphic BMK horizon, they had more features of the latter. Both horizons are similar to the pale-metamorphic BPL horizon in color, although the BPL has a definitely weaker structure displaying some cryogenic features. These are less prominent in cryoaridic soils than in pale soils, hence, the diagnostic BPL horizon in cryoaridic soils may be removed to the category of diagnostic property. A similar re-evaluation may be proposed for the carbonate-textural CAT horizon: to consider it as a diagnostic property in the carbonate-accumulative horizon (ВСАt). The ВСА horizon in all soils studied differed by carbonate pedofeatures, namely, segregations in brown and chestnut soils, impregnations in pale soils, impregnations and coatings in cryoaridic soils.
中央土壤科学博物馆收藏的浅腐殖质蓄积碳酸盐和古变质土壤:标准诊断验证
根据俄罗斯土壤分类系统的诊断标准,对多库恰耶夫中央土壤博物馆收藏的24块土壤巨石进行了分析;这些是栗色、棕色干旱、苍白和低温干旱土壤。板栗和棕色干旱区表层土壤满足浅腐殖质层位(AJ)标准,但在Munsell读数中其值较低。在浅色土壤中,上层土壤被确定为灰色腐殖质,而不是系统中规定的浅腐殖质。低温腐殖质AK层是低温干旱土壤的诊断层,由于富含红色的霜冻破碎植物残留物(碎屑)而显得特别。变质BMK层与干变质BMK层的差异较大,具有后者的特征。两个层位的颜色与浅变质BPL层位相似,但BPL层位的结构明显较弱,显示出一些低温特征。这些在低温干旱土壤中不像在浅色土壤中那么突出,因此,低温干旱土壤的诊断BPL水平可能被移到诊断性质的范畴。对于碳酸盐岩结构的CAT层,可以提出类似的重新评价:将其视为碳酸盐岩积聚层的诊断性质(ВСАt)。所研究的所有土壤中的ВСА层因碳酸盐土壤特征而异,即棕色和栗色土壤中的分离,浅色土壤中的浸渍,低温干旱土壤中的浸渍和包膜。
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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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