2025, №38 | 
2025, №39 | 
2024, №36 | 
2024, №37 | 
2023, №34 | 
2023, №35 | 
2022, №32 | 
2022, №33 | 
2021, №30 | 
2021, №31 | 
2020, №29 | 
2019, №27 | 
2019, №28 | 
2018, №25 |
2018, №26 | 
2017, №24 | 
2016, №23 | 
2015, №22 | 
2014, №20 | 
2014, №21 | 
2013, №18 | 
2013, №19 | 
2012, №17 | 
2011, №16 | 
2010, №15 | 
2009, №14 | 
2008, №13 | 
2007, №12 | 
2006, №11 | 
2005, №10 | 
2004, №9 | 
2003, №8 | 
2002, №7 | 
2001, №6 | 
2000, №5 | 
1999, №4 | 
1998, №3 | 
1997, №2 | 
1994, №1 |
|
Scientific and Technical Bulletin of the Institute of Oilseed Crops NAAS
|
| ISSN / DOI Prefix: |
2078-7316 / 10.36710 |
Scientific Profile of the Journal
(Cluster Name): |
Agricultural and Veterinary Sciences
(H1 Agronomy, H7 Agroengineering)
|
| Language of Publication: |
Ukrainian (until 31.12.2025), English |
| Year of Establishment: |
1996 |
| Frequency of Publication: |
1-2 times per year |
| Publisher: |
Institute of Oilseed Crops of the National Academy of Agrarian Sciences of Ukraine
(EDRPOU 01296051)
|
| Publisher Contacts: |
1 Instytutska St., S. Sonyachne, Zaporizhzhia District, Zaporizhzhia Region, Ukraine, 69055
iocnaas@gmail.com
| mail@imk.zp.ua
| imk.zp.ua | (061) 223-99-50 |
| |
| 1.
Aliiev E. B., Vedmedeva K. V., Makhova T. V.
Research on the compressive strength of sunflower seeds (P. 6-15)
|  | | 2.
Vedmedeva K. V., Busarov P. Yu.
Trait of sunflower seeds according to the results of studying the phenotype and destructive power of the husk (P. 16-27)
| | | 3.
Hutianskyi R. A., Makliak К. M., Kurylych D. V., Kutishcheva N. М.
Expression of economic features in sulfonylurea herbicide-resistant three-line sunflower hybrids (P. 29-38)
| | | 4.
Kutishcheva N. M., Makliak K. M., Odinets S. I., Sudrya L. I.
Differentiation of sunflower genotypes in accordance with growing conditions (P. 39-49)
| | | 5.
Makhova Т. V., Yakubenko O. V., Vedmedeva K. V.
Formation of a working selection collection of soybean (glycine l.) samples adapted to dry growing conditions (P. 50-67)
| | | 6.
Veshnevskyi V., Vyshnivskyi P.
Influence of elements of technology on the formation of productivity of sarepta mustard (P. 69-79)
| | | 7.
Kalinov A. A., Rozhkov A. A.
Field similarity of seed and plant survival of sunflower as effected by pre-sowing treatment of seed and foliar nutrition (P. 80-92)
| | | 8.
Kyrychenko M. O.
Seed yield of sareptsky mustard under different options of combination of seed sowing rate and row space width (P. 93-104)
| | | 9.
Kurach O. V., Pershuta V. V., Androshchuk O. O.
Improvement of cultivation technology elementswinter canola in the conditions of the Western Forest (P. 105-116)
| | | 10.
Maschenko Yu. V., Kernasiuk Yu. V., Serhiienko O. D., Tkach A. F.
Influence of fertilizer systems and bio-products on the economic efficiency of sunflower cultivation depending on oil yield (P. 117-124)
| | | 11.
Polyakov O. I., Nikitenko O. V., Alieva O. Yu., Shcherbak A. D., Usova N. M.
Changes in indicators of leaf surface area, net productivity of photosynthesis and yield of sunflower depending on additional nutrition (P. 125-138)
| | | 12.
Polyakov O. I., Nikitenko O. V., Okkert A. V.
Economic and bioenergetic efficiency of cultivation of oily flax depends on agricultural practices (P. 139-151)
| | | 13.
Chekhova I. V.
Explanation of the production of modern varieties of oily flax in Ukraine through the prism of technological and economic advantages (P. 153-162)
| |
|
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