Moscow University Soil Studies Bulletin. 2025. 3.
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Greenhouse gases fluxes and carbon sequestration in agroecosystems with green manure crops and perennial grasses at the «Chashnikovo» Moscow region carbon supersiteMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.7-21read more720
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Analysis of intra-seasonal dynamics of organic carbon content in arable sod-podzolic soilMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.22-29read more484
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An assessment of the most important carbon pools in the mixed forests of the Moscow regionMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.30-41read more641
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The most sensitive and informative indicators of soils and living ground cover, reflecting hydromorphism degree of bog-podzolic soilsMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.42-56read more556
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Experience in cultivation of sod-podzolic arable soils of the educational and experimental soil and ecological center of Lomonosov Moscow State University "Chashnikovo"Moscow University Bulletin. Series 17. Soil science. 2025. N 3. p.57-69read more514
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Morphogenesis of sod-podzolic soils in fallow conditionsMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.70-78read more509
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To the history of the Klyazma floodplain research in the territory of the EE SEC "Chashnikovo"Moscow University Bulletin. Series 17. Soil science. 2025. N 3. p.79-88read more489
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Soil geochemical characteristics of landscapes within the upper reaches of the Klyazma riverMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.89-106read more632
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Profile distribution of traffic-related contaminants in road-side soils of Leningrad highway in Moscow regionMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.107-118read more651
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Assessment of damage from technogenic land pollution based on the analysis of soil magnetic susceptibility (case study of the Chashnikovo Moscow State University educational and scientific center)Moscow University Bulletin. Series 17. Soil science. 2025. N 3. p.119-128read more559
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Redistribution of heavy metals and other elements in air-dry aggregates of trans-eluvial landscapes (on the example of UO PEC "Chashnikovo")Moscow University Bulletin. Series 17. Soil science. 2025. N 3. p.129-138read more472
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Grouping of lands according to the degree of erosion and the engineering of anti-erosion measuresMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.139-147read more541
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Milk thistle introduction in the zone of soddy-podzolic soils of the Moscow regionMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.148-159read more463
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Сomparative analysis of measures to control Sosnovskii’s hogwhMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.160-176read more668
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Methodological peculiarities of basal respiration measurement of organogenic samples of peat soilsMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.177-187read more741
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The regularities of transformation of hydrocarbon composition in oil-contaminated soils of Sakhalin IslandMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.188-199read more649
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137Cs distribution in the trunk of the Scots pine, depending on the age classMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.200-206read more573
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Influence on the content of phenolic compounds in leaves and berries of black currant (Ribes nigrum L.) when applying encapsulated fertilizers of long-release to the soil (and the rate of release of nutrients from them) and foliar treatment with LignohumateMoscow University Bulletin. Series 17. Soil science. 2025. N 3. p.207-216read more655

