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Contemporary Problems of Ecology
Published in: Contemporary Problems of Ecology 1/2024

01-02-2024

Role of Fungi and Bacteria in the Mineralization of Nitrogen Compounds in the Soil of the Southern Taiga Birch Forest in European Russia

Authors: S. M. Razgulin, L.V. Voronin

Published in: Contemporary Problems of Ecology | Issue 1/2024

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Abstract

The contribution of fungi and bacteria to the process of net ammonification in the soddy–podzolic soil of the wood sorrel–bilberry birch forest of Yaroslavl oblast has been determined using inhibitory analysis. Representatives of the genera Penicillium Link (70–99%) and Trichoderma Pers. (6–20%) dominate in the mycobiota of saprotrophic fungi. Seasonal changes in the total number of fungi and the content of Corg and Norg in the soil correlate only in the eluvial horizon, with r = (–0.8) and (–0.7). In horizons A0 and A2, total fungal abundance is negatively correlated with nitrogen accumulation, with r = (–0.85) to (–0.89). It has been established that the litter is characterized by an equal participation of fungi and bacteria in this process. In the humus horizon, a slight excess of the participation of fungi over bacteria is noted. In the eluvial part of the profile, the contribution of bacteria is slightly higher than the contribution of fungi. The maximum air temperature is able to regulate the seasonal dynamics of the number of saprotrophic fungi in the soil.
previous article Soil and Plant Cover and Microbial–Biomorphic Assessment of Ecosystems in Coastal Depressions of Highly Mineralized Drainless Pulsating Lakes of Dauria (Southeastern Transbaikalia)
next article Directed Trends in the Shoot Number Dynamics and the Functional Traits of Plants Growing on Festuca varia Grasslands of the Teberda National Park

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Metadata
Title
Role of Fungi and Bacteria in the Mineralization of Nitrogen Compounds in the Soil of the Southern Taiga Birch Forest in European Russia
Authors
S. M. Razgulin
L.V. Voronin
Publication date
01-02-2024
Publisher
Pleiades Publishing
Published in
Contemporary Problems of Ecology / Issue 1/2024
Print ISSN: 1995-4255
Electronic ISSN: 1995-4263
DOI
https://doi.org/10.1134/S1995425524010104

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