The ratio of moisture and chemicals in the processes of infiltration and evaporation of groundwater in soddy-podzolic loamy soil

Nikolay A. Muromcev; Dmitry Kucher; Elena Piven; Nikolay A. Semenov; Kirill B. Anisimov

doi:doi:10.32962/0235-2524-2020-1-22-26

VAK Russia 03.02.2013 VAK Russia 06.01.2002 UDC 63 CSCSTI 38.33 CSCSTI 68.05 CSCSTI 68.31 Russian Classification of Professions by Education 06.04.02 Russian Classification of Professions by Education 06.03.02 Russian Library and Bibliographic Classification 40 Russian Trade and Bibliographic Classification 5605 Russian Trade and Bibliographic Classification 5607 Russian Trade and Bibliographic Classification 6331 BISAC TEC003000 BISAC TEC003060

The ratio of moisture and chemicals in the processes of infiltration and evaporation of groundwater in soddy-podzolic loamy soil

Published в Melioration and Water Management · Volume 2020, Issue 1, 2020 · Pages 22–26 · Rubrics: PRESERVING AND IMPROVING SOIL FERTILITY

DOI 10.32962/0235-2524-2020-1-22-26

Received: 02.06.2020 Accepted: 03.06.2020 Published: 03.06.2020

Authors

Nikolay A. Muromcev · Dmitry Kucher · Elena Piven · Nikolay A. Semenov · Kirill B. Anisimov

ABSTRACT

The specificities of leaching (outflow) of chemicals from soddy-podzolic loamy deeply gleyed soil by infiltration and its return from groundwater during their evaporation are considered in the paper. In the annual cycle calcium is the element which is mostly washed out with amount of 89…106 kg/ha. It was shown that potassium (15…14), manganese (13,6…9,3), zinc (13,6…7,7), calcium (7,5…5,2) and magnesium (7,1…4,7) in percentage of the outflow return in the soil with the capillary rise of groundwater. It is shown that the ratio of infiltration (I) and evaporation of groundwater (K) in soddy-podzolic soil is within the range of 0,3…0,6 for medium arid, 2,6…2,9 for average long-term and 2,6…2,9 for humid conditions of atmospheric moistening. Thus, the lowest values of ratios for medium arid, and the highest ones – for medium humid conditions, which reflects the real specificities of the infiltration and evaporation of groundwater in natural conditions.

KEYWORDS

soil moisture water potential groundwater infiltration groundwater evaporation aeration zone capillary fringe

Information References

Authors:

Type:

Article

Pages:

from 22 to 26

Status:

Published

Subject area:

VAK Russia 03.02.2013
VAK Russia 06.01.2002
UDC 63
CSCSTI 38.33
CSCSTI 68.05
CSCSTI 68.31
Russian Classification of Professions by Education 06.04.02
Russian Classification of Professions by Education 06.03.02
Russian Library and Bibliographic Classification 40
Russian Trade and Bibliographic Classification 5605
Russian Trade and Bibliographic Classification 5607
Russian Trade and Bibliographic Classification 6331
BISAC TEC003000 Agriculture / General
BISAC TEC003060 Agriculture / Agronomy / Soil Science

Language:

Russian

Keywords:

soil moisture, water potential, groundwater, infiltration, groundwater evaporation, aeration zone, capillary fringe

References

1. Arinushkina E.V. Guidelines for chemical analysis of soils. Moscow: Publishing house Moscow. UN-TA. 1970. 436 p.

2. Report on the environmental situation in the Ryazan region in 2011. RYA-Zan: Ministry of natural resources of the Ryazan region. 2012. 107 p.

3. Kuznetsov O.L., Bogoslovsky V.A., Kuzmina E.N. Ecological and geophysical studies of the Moscow region. M.: 90 p.

4. Methodical recommendations on carrying out lysimetric researches of water, salt and food modes of soils on perennial grasses. M: SEGIN GEO, 1979. 36 p.

5. Muromtsev N. A. Meliorative Hydrophysics of soils. L.: Gidrometeoizdat, 1991. 272 p.

6. Muromtsev N.A., Kovalenko P.I., Semenov N.A., Mazhaysky Yu.A., N.V., Shuravilin A.V., Voropay G.V., Anisimov K.B., Kolomiets S.S. Intra-soil moisture exchange, Yatsyk water consumption and water availability of perennial cultivated grass stands. Ryazan. 2013. 300 p.

7. Nazarenko O.G. Modern processes of development of local hydromorphic complexes in agricultural landscapes. The author’s abstract dis. D. B. N. M.: 2002. 46 p.

8. Orlova L.P., Bolshakov V.A., Muromtsev N.A. Chemical composition of the native waters of the floodplain of the middle course of the Moscow river. Pochvovedenie. 1990. No. 3. Pp. 25-29.

9. Pylenok P.I., Sidorov I.V. Environmental reclamation regimes and technologies. Moscow: 2004. 323 p.

10. Rode A.A. Selected works. Volume 4. Moscow: 2009. 597 p.

11. Semenov N.A., Muromtsev N.A., Sabitov G.A., Korotkov B.I. Lysimetric studies in meadow farming. Moscow: 2005. 498 p.

12. Semenov N.A., Muromtsev N.A. Features of the food regime of seeded plants of phytocenoses on sodpodzolic soils during irrigation // Modern problems of soil science. Moscow: 2006. RAAS. 347-356 p.

13. Shishov L.L., Muromtsev N. A., Bolshakov V.A., Orlova L.P. Study of moisture regime and chemicals in agricultural landscapes of the southern taiga. Moscow: Soil Institute. V.V. Dokuchaeva. 2001. 230 p.

14. Meissner, R., Rupp, H., Seeger, J., Ollesch, G., Gee, G.W. A comparison of water flux measurements: passive wick-samplers versus drainage lysimeters. European Journal of Soil Science, (2010), 61, 609-621.

15. Weihermüller, L., Siemens, J., Deurer, M., Knoblauch, S., Rupp, H., Göttlein, A. & Pütz, T. In situ soil water extraction: a review. Journal of Environmental Quality, 36, (2007)1735-1748.

The ratio of moisture and chemicals in the processes of infiltration and evaporation of groundwater in soddy-podzolic loamy soil

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