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- Cherkinsky, Alexander, et al. Show all 9 Authors
- Catena 2019 v.181 pp. 104096
- Luvisols; arable soils; chronosequences; clay; clay fraction; climate; deciduous forests; ecosystems; particulate organic matter; radiocarbon dating; soil organic matter; total organic carbon; Russia
- ... In order to bridge the gap of knowledge in respect of soil organic matter (SOM) dynamics of post-agricultural Luvisols during restoration, the study focused on alteration processes of functionally different SOM pools, 14C ages, and C turnover rates in a chronosequential approach. The study comprises three Luvisol chronosequences of 37 years (North), 120 years (Middle), and 42 years (South) across ...