CONSTRUCTION OF A SCHEME FOR THE USE OF FODDER CROPS FOR THE DRY STEPPE ZONE OF KAZAKHSTAN
DOI:
https://doi.org/10.52578/2305-9397-2023-3-2-63-71Ключевые слова:
perennial herbs, wheatgrass sainfoin, alfalfaАннотация
Pasture keeping of farm animals in the conditions of the dry steppe zone is a labor-intensive process. To provide stable animals with feed, we have developed the structure of a hay-pasture conveyor. This method is based on the use of forage crops, scientifically based selection of species composition, productivity level, direction of economic purpose. The developed composition uses mixtures of perennial herbs consisting of granary, esparcet and alfalfa, and also uses seeds of Sudanese grass, fodder sorghum. The main attention is drawn to the fact that the crops of Sudanese grass are mown in the "tubing - earing" phase. To obtain a good grass of the Sudanese grass, mowing was carried out at a height of 10-12 cm in the phase of throwing out the panicle. The sowing of fodder sorghum for green fodder was carried out in the second decade of May, since the warm period favorably affects the increase in vegetative mass. In the panicle phase, forage sorghum is recommended to be drained in October-November, and in warm winter conditions it is used as a winter pasture. At the end of the pasture season, the autumn cold comes. During this period, the animals return to the pens again, where feeding is carried out with harvested hay. The developed structure of the hay-pasture conveyor allows for a long time to receive pasture feed and increase the pasture period by 90-95 days due to the presence of annual and perennial grasses in the scheme. The haymaking and pasture conveyor is strongly influenced by weather and climatic conditions, under favorable conditions it is possible to obtain from a unit area from 113.7 to 125 c/ha of pasture grass green mass.
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Hanrahan, L. PastureBase Ireland: Pasture decision support system and national database [Teхt] / L.Hanrahan, A.Geoghegan, M.O'Donovan, V.Griffith, E.Ruel, M. Wallace, L.Shallu // Computers and Electronics in agriculture. - 2017. - № 136. – Р.193-201
Naushabayev, A. The Degradation of sound pastes in a predetermined half - stop and empty zone in the mass of the post[Teхt] / A.Naushabayev // Science and education. - 2022. - Vol. 2. - VIP. 1 (66), - Р.3-12
Shah, H. Understanding the adoption of grazing methods in German dairy farming [Teхt] / H. Shah, O.Musshoff // Agricultural systems. - 2018. - №.165. – Р.230–239
Shallu, L. Review: dairy systems based on herbs, data and precise technologies [Teхt] / L.Shallu, M.O'Donovan, L.Leso, J.Werner, E.Ruell, A.Geoghegan, L. Delaby // Animal. - 2018. - №. 12. - Р.262-271
Eastwood, C.R. Identification of performance attributes for pasture measurement devices[Teхt]/ C.R. Eastwood, Ryu, B. Dela // Journal of Pastures of New Zealand. - 2017. - No.79. – Р.17-22
Turner, L. Inclusion of data in pasture management solutions: support for farmers' education [Teхt] / L. Turner, L. Irwin, S. Kilpatrick // Animal Husbandry Science. - 2020. - № 60 ( 1 ). – P.138
Didenko, I. The potential of the zhitnyak gene pool in the conditions of Western Kazakhstan [Teхt] / I. Didenko, V. Limanskaya, G. Imanbayeva, R. Sarsengaliev // GBJ. - 2023. - Vol. 2. - № 1 (70). – Р.1-3
Butkuvene, E. The influence of pasture improvement measures on the productivity of grass cover, botanical and chemical composition [Teхt] / E.Butkuvene, R. Butkute / ZemesukioMoxlay. - 2008. -№ 15. – Р. 46-52
Dec, D. Temporal dynamics of hydraulic and mechanical properties of andosol during cattle grazing [Teхt] / D. Dec, J. Dorner, O. Balocci, I. Lopez // Soil. - 2012. - № 125. – Р.44-51
Greenwood, K. The influence of cattle grazing on the physical properties of the soil and the consequences for pastures: a review [Teхt] / K. Greenwood, B. Mackenzie // Aust. J. Exp. agr.. - 2001. - № 41. – Р.1231-1250
Drury, J. Natural restoration of physical properties of soil as a result of trampling of pasture soils in New Zealand and Australia: a review. agr, ecosist. [Teхt] / J. Drewry // Environment. - 2006. - № 114.– Р.159-169.
Reshkovska, A. The influence of cattle grazing on the hydraulic and mechanical properties of semi-arid steppe soils with various types of vegetation in Inner Mongolia, China [Teхt] / A. Reshkovska, J.Kryummelbein, S. Pet, R. Horn, Yu.Zhao, L.Gan // Vegetable soil. - 2011. - № 340.– Р.59-72.
Trofimov, I. Fodder grasses and fodder lands of Russia and Kazakhstan [Teхt] / I. Trofimov, L.S. Trofimova, B. Koshen // BJ. - 2021. - Vol. 1. - № 4 (65). - Р.105–111
Dec, D Temporal dynamics of hydraulic and mechanical properties of andozol during cattle grazing [Teхt] / D. Dek, J. Dorner, O. Balocci, I. Lopez // Soil. - 2012. - № 125. – Р.44-51
Postjalkov, K.D. Lye and pastbishta Kazakhstan [Teхt]/ K.D. Postjalkov // Alma-Ata: Kaynar, 1972.- 263 р.
Naushabaev A. Assessment of fertility of floodplain brown meadow soils on desert pastures of Zhambyl region [Teхt]/ A.Naushabaev // GBJ. - 2022. - Vol. 1. - № 2 (67). – Р.158–167
Ualieva, G. The cost of multi-road transport in the context of the visual environment [Teхt]/ G. Ualieva, U. Sagalbekov, K. Tagaev, M. Baidalin, S. Baidalin // Science and education. - 2022. - Vol. 2. - № 4 (69). - Р. 172-182
Bulekov, T. Technology of further improvement of grazing in the dry steppe zone of Western Kazakhstan [Teхt]/ T. Bulekov, Zh. Bekeev, M. Kuzembayev, K. Utegenov// GBJ. - 2022.-Vol. 2. - № 3(68).–Р. 98-105
Dospekhov, B.A. Methodology of field experience (with the basics of statistical processing of research results) [Teхt]/ B.A. Dospekhov // Moscow: Kolos, 1973. – 336 р