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Formation of botanical composition of clover cereal and alfalfa cereal crops agrophytocоenoses depending on sowing method

Botanical composition of grasses is one of the most important indicators the biological value and quality of the obtained hay and pasture forage, the longevity of hayfi elds and pastures depend on. The issue of changing the botanical composition of agrophytocenoses is especially important in the context of global climate change, which in recent decades is also manifested in the territory of Ukraine, as it is possible to establish the most adapted species of legumes and cereals to adverse weather conditions and to identify eff ective technological methods of managing these processes for maximum conservation economically valuable species in the herbage.

The purpose of the research is to establish the infl uence of diff erent ways of sowing of clover and alfalfa cereal crops agrophytocenoses on the formation of their botanical composition.
Field studies have established diff erent eff ects of conventional in-line, cross-section and cross-sectional methods of sowing on the formation of botanical composition of grass mixtures of clover meadow (Trifolium pratense) varieties Sparta and Pavlyna with timothy meadow (Phleum pratense) and fenugreek multifl oral (Lolium multifl orum) and of agrophytocenoses of alfalfa of Sinyukha and Seraphima sowing varieties with reed fi re
(Festuca arundinacea Schreb) and middle wheatgrass (Elytrigia intermedia).
For the average of four years of life of clover and alfalfa cereal crops agrophytocenoses, the highest proportion of legume component was observed with split-cross sowing – 51.6 % for Sparta, 53.1 % for Pavlyna, 60.3 % for Seraphima and 61.6 % for the Sinyukha variety. In the fourth year of life (the third year of use) of sowed leguminous-cereals agrophytocenoses, the preservation of the legume component was 14.6–15.5 % in clover-cereals grass mixtures with the Sparta variety and 16.0–16.8 % with the Pavlyna variety. In alfalfa grasslands, these indicators were 54.0–55.1 % with Seraphim and 55.0–56.2 % with Sinyukha. Among the studied varieties of clover meadow and alfalfa sowing proved better in the conditions of the Forest Steppe of western Pavlyna and Sinyukha.
Cross-sectional and divided cross-sectional sowing of legumes and cereals mixtures proved to be better compared to conventional row crops in terms of conservation of economically valuable grass species.
Key words: agrophytocоenosis, botanical composition, clover meadow, alfalfa sowing, sowing methods.
 

Senyk I. https://orcid.org/0000-0003-3249-2065


Reference: 
1. Bogovin, A.V., Sljusar, I.T., Carenko, M.K. (2005). Trav’janysti biogeocenozy, i'hnje polipshennja ta racional'ne vykorystannja: monografi ja [Herbaceous biogeocenoses, their improvement and rational use]. Kyiv, Agricultural Science, 360 p.
2. Veklenko, Ju.A., Kovtun, K.P., Bezvugljak, L.I. (2015). Vplyv sposobiv sivby ta prostorovogo rozmishhennja komponentiv na formuvannja binarnyh ljucerno-zlakovyh travostoi'v v umovah Lisostepu Pravoberezhnogo [Influence of sowing methods and spatial placement of components on the formation of binary alfalfa grasses in the conditions of the Forest Steppe of the Right Bank]. Kormy i kormovyrobnyctvo [Feed and feed production], no. 81, рр. 171–177.
3. Veklenko, Ju.A., Kovtun, K.P., Bezvugljak, L.I. (2017). Vplyv sposobiv sivby i prostorovogo rozmishhennja komponentiv na produktyvnist' ljucerno-zlakovyh agrofi tocenoziv v umovah Lisostepu Pravoberezhnogo [Infl uence of sowing methods and spatial placement of components on the performance of alfalfa and cereal agrophytocenoses in the conditions of the Forest-Steppe Right Bank]. Kormy i kormovyrobnyctvo [Feed and feed production], no. 83, рр. 120–125.
4. Grygoriv, Ja. (2019). Zacharovana vesna. Ruh u naprjamu pusteli – perspektyvy navesni [Enchanted Spring. Moving towards the desert – the prospects for spring]. Zerno [Grain], no. 1 (154), рр. 71–76.
5. Demydas', G.I., Demcjura, Ju.V. (2016). Formuvannja shhil'nosti sijanyh agrof itocenoziv zalezhno vid vydovogo skladu bagatorichnyh trav ta rivnja i'h udobrennja [Formation of density of sown agrophs and itocenoses depending on the species composition of perennial grasses and the level of their fertilization]. Visnyk Umans'kogo nacional'nogo universytetu sadivnyctva [Bulletin of the Uman National University of Horticulture], no. 1, рр. 45–47.
6. Demydas', G.I., Kovalenko ,V.P., Demcjura, Ju.V. (2013). Formuvannja vydovogo skladu ta vyhodu suhoi' rechovyny ljucerno-zlakovyh sumishej zalezhno vid sposobiv stvorennja travostoju [Formation of species composition and yield of dry matter of alfalfa-grass mixtures depending on methods of herb formation]. Kormy i kormovyrobnyctvo [Feed and feed production]. no. 76, рр. 116–121.
7. Zinchenko, O.I. (2005). Kormovyrobnyctvo: navchal'ne vydannja. 2-evyd., dop. i pererob [Feed production: educational edition, 2nd, suppl. and recycling]. Kyiv, Higher Education, 448 p.
8. Iskra, V.I., Kovbasjuk, P.U. (2011). Formuvannja botanichnogo skladu ljucerno – zlakovyh travostoi'v zalezhno vid sposobu sivby travosumishej [Formation of the botanical composition of alfalfa grasses depending on the method of sowing grass mixtures]. Zb. nauk. pr. NNC «Instytut zemlerobstva» NAAN [Coll. of sciences. Institute of Agriculture, NAAS], no. ¾, рp. 125–132.
9. Iskra, V.I., Kovbasjuk, P.U. (2007). Produktyvnist' ljucerno-zlakovyh travosumishok zalezhno vid sposobiv sivbyta udobrennja [Productivity of alfalfa-grass mixtures depending on the methods of sowing fertilizer]. Zemlerobstvo [Agriculture]. Kyiv, no. 1, рр. 131–136.
10. Iskra, V.I., Kovbasjuk, P.U. (2011). Smugovi posivy v biologizacii' ta eoklogizacii' kormo vyrobnyctva [Strip crops in biological and eco-greening of forage production]. Naukovi dopovidi NUBiP [NULES Scientific Reports], no. 17 (29). Available at: http://nd.nubip.edu.ua/2011_7/11ivi.pdf.
11. Kamins'kyj, V.F., Sajko, V.F. (2015). Zemlerobstvo HHI stolittja. Problemy ta shljahy vyrishennja [Agriculture of the XXI century. Problems and solutions]. Zemlerobstvo [Agriculture], no. 2, pp. 3–11.
12. Kovbasjuk, P.U., Musijenko, N.M. (2004). Smugovi posivy jak vazhlyvyj tehnologichnyj element biologizacii' kormo vyrobnyctva [Strip crops as an important technological element in the biologization of feed production]. Visn. L'vivs'kogo derzh. agrar. Uni-tu [Journal of Lviv National Agrarian University], no. 8, pp. 131–138.
13. Kovbasjuk, P.U., Kalens'ka, S.M., Iskra, V.I. (2006). Produktyvnist' ljucerno-zlakovyh travosumishok zalezhno vid sposobu sivby, skladu travosumishok i udobrennja [Productivity of alfalfa grass mixtures depending on the method of sowing, composition of mixtures and fertilizers]. Zemlerobstvo [Agriculture]. Kyiv, Issue 78, pp. 96–102.
14. Petrychenko, V.F., Kornijchuk, O.V., Babych, A.O. (2014). Koncepcija rozvytku kormovyrobnyctva v Ukrai'ni na period do 2025 roku [The concept of the development of feed production in Ukraine for the period up to 2025]. Vinnitsa, Institute of feed and agriculture division of NAAS, 12 p.
15. Lipins'kyj, V.M., Osadchyj, V.I., Babichenko, V.M. (2006). Styhijni meteorologichni javyshha na terytorii' Ukrai'ny za ostannje dvadcjatyrichchja (1986-2005 rr.) [Matural meteorological phenomena in the territory of Ukraine for the last twenty years (1986-2005)]. Kyiv, Nika–Centr, 312 p.
16. Babych, A.O. (1998). Metodyka provedennja doslidiv z kormovyrobnyctva i godivli tvaryn [Methods of conducting experiments on animal feed production and feeding]. Kyiv, Agrarian Science, 77 p.
17. Osadchyj, V.I., Babichenko, V.M. (2012). Dynamika meteorologichnyh styhijnyh javyshh v Ukrai'ni [Dynamics of meteorological natural phenomena in Ukraine]. Ukrai'ns'kyj geografi chnyj zhurnal [Ukrainian Geographical Journal], no. 4, pp. 8–14.
18. Okhremchuk, I.A. (2018). Modeli intehralnoi otsinky dlia modeliuvannia polityk pomiakshennia zminy klimatu [Integrated assessment models for modeling climate change mitigation policies]. Bioresources and Environmental Resources Management, Vol. 10, no. 1-2, pp. 73–78. Available at: http://dx.doi.org/10.31548/ bio2018.01.009
19. Sajko, V.F. (2008) Zemlerobstvo v konteksti zmin klimatu [Agriculture in the context of climate change]. Zbirnyk naukovyh prac' Nacional'nogo naukovogo centru Instytut zemlerobstva UAAN [Collection of scientifi c papers of the National Science Center Institute of Agriculture of UAAS]. Kyiv, ECMO, Special issue, pp. 3–14.
20. FAO solis bulletin No 3. Application of nitrogen fi xing systems in soil management. Roma, FAO, 1982. 188 p.
21. Climate Change in Eastern Europe. Belarus, Moldova, Ukraine. 2012, ENVSEC, Zoienvironment Network, 59 p.

 

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AGROBIOLOGY №1 2020