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May 2016, № 5 (193)

Sidorova M.A., Borisova E.O., Nikiforova A.S. CONTROLLING OF THE HYDROLOGICAL REGIME OF SOIL OF THE CULTURAL LANDSCAPES RECREATIONAL PURPOSECurrently, great attention is paid to the initiation of adaptation processes in the system "soil-plant" of the cultural landscapes recreational purpose. A model field experiment, aiming to identify patterns in the variation of the parameters of the hydrological regime of the cultural landscape of recreational purpose was carried out on umbricalbeluvisol soil of Moscow region. It was obtained a significant change in the volumetric soil moisture (θ), soil moisture reserves (MR) and availability of moisture for plants. In the average entire growing period is characterized by the growth of θ and MR in the layer 0–50 cm in comparison with control under the influence of mulching the soil with pine litter by 28 and 21 %, under the influence of "dry stream" by 6–40 % and 9–23 %, under the elements of the path network (the incremental track) by 5 and 4–9 % respectively. In rockery and decorative unsealed plots of soil, hydrological regimes were very similar, however, θ and MR was significantly reduced at 13–18 and 6–29 % in rockery and 2 and 4 % in decorative unsealed plots of soil. The hydrological regime of experience control variant in the dry conditions of vegetation period of 2014 was the most suitable for the growth of xero-mesophytic plants. The application of the proposed planning decisions and mulching opens up the possibility of creating a variety of sustainable plant communities on the same type of the original soil within the single recreational area.Key words: soil-landscape design, planning elements, agro-meliorative techniquesmulching, hydrological regime, forms of soil moisture.


1. Zaidelman F.R. Soil degradation as a result of anthropogenic transformation of their water regime and protective measures // soil science. — 2009.– N1. –Pp. 93–105 .(in Russian).

2. SudnitsynI.I. Movement of soil moisture and water consumption of plants. M.: MSU, 1979. — 432 p.(in Russian).

3. Inisheva L. I., Soil-ecological substantiation of the integrated reclamation: monograph. Tomsk. Izd-vo: Vol. state University, 1992 — 270 p.(in Russian).

4. Massee T., Cary J. Potential for reducing evaporation during summer fallow // J. Soil and water Concerv.1978. Vol. 33, №3. Pp. 126–129.

5. SmolinN.V. Mulching the soil in the grain farming system. Saransk: Izd-voMordov. University press, 1997. — 116 p. (in Russian).

6. Andersen, R.L., Kosolap N. Crop residues and control weeds in No-till technology.// Zerno. 2008. — No. 4. — Pp. 31-44.(in Russian).

7. Sidorova M.A., Chernova D. A. Mulching organic material crystals as an effective soil-conservation welcome on sod-podzolic soil in the conditions of a droughty growing seasons, Proc. Internationalconference. St. Petersburg, 2012. –Pp. 391-395.(in Russian).

8. ManucharovaN.A., Yaroslavtsev, A.M., StepanovA.L., SudnitsynI.I., Kozhevin P. A. Humidity as an ecological factor in the formation of soil hydrolytic microbial complex.//Bulletin Of Moscow. Univ. Series 17: SoilScience. 2012. — No. 1. — P. 29-36.(in Russian).

9. Sidorova M.A., BorisovaE.O. peculiarities of moisture regime of model soddy-podzolic soil in the spruce tree waste mulching // Vestn. Mosk. Univ. Ser.17: Soilscience. 2014. — No. 2. — P. 34-39.(in Russian).

10. Isachenko A. G. Optimization of the natural environment. — M.: Mysl', 1980. — 264 p.(in Russian).

11. Volkov S. N. Land use planning and the organization of land management work / Volkov S. N., Kanokoden N. G, Yunusov A. G.– M.: Kolos, 1998. — 632 p.(in Russian).

12. Golovanov A. I., Landscape Studies. − M: Kolos, 2007. — 216 p.(in Russian).

13. Isachenko A. G. Introduction to environmental geography. −SPb.:Izd-voSPbGU, 2003. — 192 p.(in Russian).

14. KovalevN.O., KovalevI.V. Engineeringsoilsciencesoilandlandscapeengineering, inProc.: Soilsinthebiosphereandhumanlife: monograph.–M.: Izd-voFGBOUVPOatMGUL, 2012.Pp. 447-469.(in Russian).

15. DobrovolskyG.V., NikitinE.D. Functions of soils in the biosphere and ecosystems. — M.: Nauka, 1990. — 261 p. (in Russian).

16. Bondarev A. G. On the significance of physical soil properties in an adaptive landscape agriculture // Bulletin of Soil Institute. V. V. Dokuchaev. 2007. No. 60. — P. 71-74.

17. Gael A.G., SmirnovaL.F. Sands and sandy soils. — M.: GEOS, 1999. 252 p.

18. Sidorova M.A., BorisovaE.O., NikiforovaA.S. Technology of transformation of hydrological and temperature conditions of sod-podzolic soils of the landscape of recreational purpose. // Materials of Russian conference with international participation. Moscow, November 9-11, 2015. — M.: Soil by V.V. Dokuchaev, 2015. — Pp.230-233. (in Russian).

19. Lectures on agricultural meteorology, ed. by M. S. Kulik, V. V. sinelshchikov. L.; Gidrometeoizdat, 1966. — 340 p.

20. Dospehov B. A. Technique of field experience. — 5-e Izd.-M.: Agropromizdat, 1985. — 351 p. (in Russian).

21. YavorskyB.M., DetlafA.A., LebedevK.A. Handbook on physics for engineers and University students. — Izd-voOniks, 2006. — 1056 p. (in Russian).

About this article

Authors: Sidorova M.A., Borisova E.O., Nikiforova A.S.

Year: 2016

Zhanna Anatolievna

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