Sources of economically valuable traits of spring vetch samples

Author:

Barylko M.H.ORCID

Abstract

1. Sichkar VI. 2015. The state and prospects for the development of grain legume production worldwide and in Ukraine. Zbirnyk Naukovykh Prats SHI-NTsNS. 26(66): 9-20. 2. VeklenkoYu. A., Senyk II, Sydoruk HP, Pyrih HI. 2022. Performance of annual feed grass mixtures depending on technological cultivation measures. Kormy i Kormovyrobnytstvo. 93:76-83. doi: 10.31073/kormovyrobnytstvo202293-07 3. Kokhaniuk NV, Temchenko IV, Shtuts TV, Lekhman AA, Barvinchenko SV, Aralova TS. 2022. Mainstreams of pulse breeding at the Institute of Feed Research and Agriculture of Podillia of NAAS. Kormy i Kormovyrobnytstvo. 93, P. 31-42. doi: 10.31073/ kormovyrobnytstvo202293-03 4. Hetman NYa. 2003. Scientific justification and development of technological measures to increase performance and fodder value of annual crop mixtures in the green conveyor in the Central Forest-Steppe. Visnyk Ahrarnoi Nauky, Special Issue: 27-29. 5. Petrychenko VF, Hetman NYa. 2006. Efficiency of using agrometeorological resources by variously ripening mixtures of early spring crops in conveyor production of green fodder in the Forest-Steppe. Kormy i Kormovyrobnytstvo. 56: 3-7. 6.Hetman NYa, Kyforuk VV. 2010. Forage productivity of annual crop agrophytocenoses for high-protein forage production in the Right-Bank Forest-Steppe. Kormy i Kormovyrobnytstvo. 66: 73-77. 7. Han S, Sebastin R, Chung JW. 2021. Identification of Vicia species native to South Korea using molecular and morphological characteristics. Frontiers in Plant Sciense. 2021. 12. 608559. doi:10.3389/fpls.2021.608559 8. Abozeid A, Liu J, Ma Y, Liu Y, Guo X, Tang Z. 2018. Seed metabolite profiling of Vicia species from China via GC-MS. Natural Product Research. 32(15): 1863-1866. doi: 10.1080/14786419.2017.1405399. 9. Aralov VI. 2008. Peculiarities of the formation of seed productivity in spring vetches depending on the norms and terms of sowing. Fodder and fodder production. 62: 64–68. 10. Riabchun VK, Kuzmyshyna NV, Bohuslavskyi RL, Bezuhla OM, Muzafarova VA, Bondarenko VM, Dokukina KI. 2019. Plant introduction as the priority direction of scientific and practical activities of the Centre for Plant Genetic Resources of Ukraine. Geneticni Resursi Roslin. 24:11–25 doi: 10.36814/pgr.2019.24.01 11. Vyshniakova MA. 2008. Grain legume gene pool and adaptive breeding as factors of biologization and ecologization of crop production. Silskohospodarska Biolohiia. 3: 2-23. 12. Dupliak OT, Hanina OO. 2009. Peculiarities of expression of economically valuable characteristics of common beans in the Northern Forest-Steppe of Ukraine. Selektsiia i Nasinnytstvo. 97: 113-118. 13. Lekhman AA. 2011. Growing season lengths in bean varieties in the Right-Bank Forest-Steppe of Ukraine. Kormy i Kormovyrobnytstvo.70: 38–40. 14. Sylenko SI. 2010. Starting common bean material for creating early-ripening varieties. Selektsiia i Nasinnytstvo. 98: 116-125. 15. Kobyzeva LN, Bezuhla OM, Sylenko SI, Kolotylov VV, Sokol TV, Dokutina KI, Vasylenko AO, Bezuhlyi IM, Vus NO. Methodical recommendations for studying genetic resources of grain legumes. Kharkiv. 2016. 84 p. 16. CMEA's international classifier of the species Vicia sativa L. 1983.12 p. 17. Zhukov V, Koval S, Mandryk M, Bihas L. 2008. Spring vetch in cattle feeding. Propozytsiia. 63: 122-123. 18. Saiko VF, Svydyniuk IM, Kaminskyi VF, Romaniuk PV, Yula VM. 2008. Technologies of growing cereals, grain legumes, groat crops, oilseeds, and corn. Kyiv: VD «ЕКМО». 40 p. 19.Tkachuk O, Verhelis V. 2022. Seed productivity and ecological sustainability of English pea. Tekhniko-Ekolohichni Aspekty Rozvytku ta Vyprobuvannia Novoii Tekhniky i Tekhnolohii dlia Silskoho Hospodarstva Ukrainy. 30(44):169-177 doi: 10.31473/2305-5987-2022-1-30(44)-17

Publisher

Plant Production Institute nd. a. V. Ya. Yuryev of NAAS

Reference38 articles.

1. Sichkar VI. 2015. The state and prospects for the development of grain legume production worldwide and in Ukraine. Zbirnyk Naukovykh Prats SHI-NTsNS. 26(66): 9-20.

2. VeklenkoYu. A., Senyk II, Sydoruk HP, Pyrih HI. 2022. Performance of annual feed grass mixtures depending on technological cultivation measures. Kormy i Kormovyrobnytstvo. 93:76-83. doi: 10.31073/kormovyrobnytstvo202293-07

3. Kokhaniuk NV, Temchenko IV, Shtuts TV, Lekhman AA, Barvinchenko SV, Aralova TS. 2022. Mainstreams of pulse breeding at the Institute of Feed Research and Agriculture of Podillia of NAAS. Kormy i Kormovyrobnytstvo. 93, P. 31-42. doi: 10.31073/ kormovyrobnytstvo202293-03

4. Hetman NYa. 2003. Scientific justification and development of technological measures to increase performance and fodder value of annual crop mixtures in the green conveyor in the Central Forest-Steppe. Visnyk Ahrarnoi Nauky, Special Issue: 27-29.

5. Petrychenko VF, Hetman NYa. 2006. Efficiency of using agrometeorological resources by variously ripening mixtures of early spring crops in conveyor production of green fodder in the Forest-Steppe. Kormy i Kormovyrobnytstvo. 56: 3-7.

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