OPTIMIZATION OF THE IRRIGATION REGIME OF AGRICULTURAL CROPS FOR DIFFERENT AREAS OF THE SARATOV REGION
Rubrics: IRRIGATION
Abstract and keywords
Abstract (English):
In the conditions of the Volga region, the zone of risky agriculture, the stability of crop production directly depends on the degree of moisture supply of crops [1, 2, 12]. The article presents the results of many years of research on the study of irrigation regime on crops with differentiated irrigation. Studies of irrigation regimes of agricultural crops on the basis of a comprehensive assessment of agro-climatic conditions allowed to establish environmentally sound differentiated irrigation rates of major crops for different natural areas of the Saratov region, depending on the degree of aridity of the year. Recommended irrigation norms were 300–350 m3/ha at the beginning of vegetation and no more than 450–500 m3/ha during the period of maximum water consumption. The use of differentiated irrigation norms for the main crops will allow to control the development of erosion processes on irrigated lands and provide resource saving in irrigated agriculture.

Keywords:
irrigation, soil, water availability of crops, irrigation mode, optimization of water regime, irrigating norm
References

1. Shadskikh V.A. Conceptual aspects of the development of reclamation complex in Saratov region / A.V. Shadskikh, V.E. Kizhaeva // Melioration and water economy. 2011. No. 1. P. 9–11.

2. Alekseev V.V. Study of the profiles of soil moisture with compacted layer under sprinkler irrigation and surface irrigation // environmental engineering. 2016. No. 4. P. 92–96.

3. Fundamentals of landscape and ecological agriculture of the Volga region: studies. textbook / E.P. Denisov et al.; FGBOU VPO «Saratov state agrarian UNIVERSITY». Saratov, 2012. 268 p.

4. Shadskikh V.A. the Main directions and methods of improving the environmental sustainability of irrigated agricultural landscapes of the Volga region / V.A. Shadskikh, V.E. Kizhaeva, Romanova L.G. // Materials of all- Russia. science.-prakt. Internet Conf. «RECLAMATION AND WATER ECONOMY. Innovative technologies of reclamation, water and forestry in the South of Russia» (Shumakov readings). / THEM them. A.K. Kortunov – branch of the «don state agrarian University». Novocherkassk, 06–23 Nov 2018 p. 147–153.

5. Bezednina, S.Y. Optimal parameters of meliorative regime of soils / S. Y. Bezdnina // Hydraulic engineering and land reclamation. 1986. № 11. P. 58–63.

6. Ryzhko N.F. Providing erosion-safe irrigation with multi-support sprinkler machines to increase productivity and preserve soil fertility / N.F. Ryzhko, M.F. Eliseeva, S.V. Enenko, S.V. Botov, O.V. Karpova // Materials VII international. science.-prakt. Conf. «Problems and prospects of development of agriculture and rural areas» / FGBOU VO «Saratov state UNIVERSITY. N. So. Vavilova», Saratov, may 17, 2018. P. 142–146.

7. GOST 28268–89 Soil. Methods for the determination of moisture, maximum hygroscopic moisture and humidity sustainable wilting plants.

8. Dospehov, B.A. Methods of field experiment (with bases of statistical processing of research results). 6th ed., Rev. and extra. M.: Agropromizdat. 2010. 352 p.

9. Kaczynski, N.Ah. Soil, its properties and life / N. Ah. Kaczynski // 3-ed., pererab. I DOP. M.: Science. 1975. 296 p.

10. Shadskikh, V.A. Effect of irrigation and methods of treatment of dark chestnut soils on their agrophysical properties and performance / V.A. Shadskikh, V.E. Kizhaeva // Melioration and water economy. 2007. № 2. P. 31–32.

11. Mamiev, D.M. Biological intensification of grain crop rotation link / D.M. Mamiev, A.A. Abaev, A.A. Tedeeva // Scientific life. 2014. No. 3. P. 26–29.

12. Shadskikh, V.A. Influence of crops irrigated grainforage crop rotations on agrophysical and agrochemical properties of the soil / V.A. Shadskikh, V.E. Kizhaeva, L.G. Romanova, O.L. Rasskazova // the Scientific journal of Russian research Institute of reclamation problems. 2018. № 4(32). P. 166–183.

13. Shadskikh, V.A. Soil characteristics main soil tillage on the level of irrigated crop rotation / V.A. Shadskikh, V.E. Kizhaeva, O.L. Rasskazova, T.A. Panchenko // Scientific life. 2018. No. 6. Pp. 77–84.

14. Hafizov, A.R. Geomorphological analysis of flat catchments of Western Bashkortostan in their complex arrangement / A.R. Hafizov, A.F. Khazipova, A.V. Shakirov // Problems of regional ecology. 2009. No. 5. P. 125–129.

15. Serebrennikov, F. V. Consideration of hydrophysical properties of soil in assessing the dynamics of water absorption by the model A.N. Kostyakova / Serebrennikov F.V., Kravchuk A.V., Korsak V.V., Kurmangalieva D.A.// Scientific life. 2017. No. 11. P. 40–47.

16. Khazipova, A.F. Method of determination of ecologically safe irrigation regimes of landscape Katen / A.F. Khazipova, A. R. Khafizov // environmental engineering. 2012. No. 5. P. 34–36.

17. Shadskikh V.A. Cultivation of crops on a given program / V.A. Shadskikh, V.E. Kizhaeva // Bulletin of Saratov state agrarian University im. N. So. Vavilova. 2008. No. 8. P. 46–49.

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