Scientific Reports of the National University of Life and Environmental Sciences of Ukraine

The paper shows the possibility of indication for regulatory ecosystem services following the technogenic soil forming process using phytoindicator estimates of the carbonates and nitrogen content. The field studies were conducted during the 2008-2017 biennium. Bioecological research station in the Dnieper agro-economic University (Pokrov city, Dnepropetrovsk region, Ukraine). Polygons incorporated within tehnosols four types: pedozem, sod-lithogenic soils on losses-like loam, gray-green clay and red-brown clay. The paper presents evidence that the accumulation processes of the carbonates by tehnosols are directly related to the immobilization of atmospheric carbon dioxide as the reverse mechanism of the phenomena of the greenhouse effect, that should be considered as an important ecosystem service of the anthropogenic soils. This ecosystem service is the young man-made soil performs a significant function as a positive factor in countering the greenhouse effect and global climate change. It is shown that following the technogenic soil forming process content of digestible nitrogen in tehnosols demonstrates the dynamics of increase with a tendency to achieve a steady state. Factor of the substrate is very important for the future identification of potential fertility tehnosols. In this context, the best prospects are loess and red-brown clay, even compared with the pedozems

ecosystem services, reclamation, phytoindication, carbonates, nitrogen content