Milanovskiy E.Yu., Shein E.V., Rusanov A.M., Tygai Z. N., Il'in L.I., Zinchenko S.I., Fomin D.S., Bykova G.S.
SPATIAL DISTRIBUTION OF THE ORGANIC MATTER CONTENT IN THE SOIL IN THE CENTRAL CHERNOZEM AGROLANDSCAPES ^{[№ 6 ' 2015]}
The study of the organic carbon and CaCO₃ distribution of in the 80 m long transect crossing the field of agriculture and forest belt characteristic of the age showed significant differences in the distribution of organic and mineral carbon profiles in chernozems under the arable land and in the vicinity of the forest belt. This is due to a dominant role in the formation of hydrothermal conditions of reserves and the content of organic matter in the chernozem and points to the importance of assessing the physical conditions that lead to the formation conditions of accumulation of organic and inorganic carbon in soils, determining the conditions for the functioning of soil biota in steppe landscapes.

Rusanov A.M., Shein E.V., Milanovskiy E.Yu., Lazarev V.I., Tygai Z.N., Fomin D.S., Il'in L.I., Zinchenko S.I., Bykova G.S., Uкenov B.S.
FEATURES OF MIGRATION PROCESSES IN THE STEPPE LANDSCAPES SOIL UNDER THE INFLUENCE OF FOREST SHELTER BELTS ^{[№ 6 ' 2015]}
The study of the influence of forests in the steppe zone on the soil cover complexity formation is carried out by investigating the distribution of moisture and carbon organic matter and carbonates in the transect consisting of chernozems, underneath the forest shelter belts and under agricultural lands. It is primarily manifested through the formation of special hydrothermal conditions, arising under the forest belt, and entails the formation of stable soil properties such as organic carbon content.

Miroshnichenko I.V., Zinchenko E.A.
INFLUENCE OF PHARMACOLOGICAL BLOCKADE OF FISSURAL CONTACTS ON SPONTANEOUS ELECTRICAL ACTIVITY OF RESPIRATORY CENTER OF RATS IN VITRO NEW-BORN AND FETUS ^{[№ 5 (app.1) ' 2005]}
During research in vitro of bulbospinal preparations of brain of rats fetus (20 days) and new-born (0-3 days) it was established that mechanism of electrotonic interaction between respiratory neurons of medulla oblongata plays important role in the process of respiratory rhythmogenesis, and neurons of spinal marrow plays important role in the process of inspiratory pattern generation.
Key words: respiratory center, spectroscopic analysis, perinatal life, bulbospinal preparations, fetus, new-born rats.