Архив журнала

THE IMPACT OF EXOGENIC METHIONINE ON THE VINE GRAPE PLANTS RESISTANCE TO PHYLLOXERA DAMAGE (23-25)





Дата публикации статьи в журнале: 17/04/2018
Название журнала: Международный журнал Содружество, Выпуск: 23, Том: 1, Страницы в выпуске: 23-25
Автор: Nenko Natalia Ivanovna
, institution North-Caucasian federal scientific centre of horticulture, viniculture and winemaking, Dr.Agri.Sc. Professor, Federal State budgetary scientific
Автор: Ilyina Irina Anatolievna
, Federal State budgetary scientific institution North-Caucasian federal scientific centre of horticulture, viniculture and winemaking , Dr.Sc.eng., Professor
Автор: Yablonskay Elena Karlenovna
, Federal State Budgetary Educational Organization of the Higher Education, Kuban State University of Agriculture named by I.Т. Trubilin, Dr.Agri.Sc. Professor
Анотация: The present paper is concerned with the study of exogenic aminoacid methionine impact on the resistance of the own-rooted plants of Bianca vine grape to phylloxera damage. The preparation improves the resistance of the vine grape plants to phylloxera damage, inhibits its access to the source of nourishment. It permits to boost the yield of vine grape and improve its quality
Ключевые слова: vine grape  methionine  phylloxera  chlorogenic acid  lignin  yield  quality        
DOI:
Данные для цитирования: Nenko Natalia Ivanovna Ilyina Irina Anatolievna Yablonskay Elena Karlenovna. THE IMPACT OF EXOGENIC METHIONINE ON THE VINE GRAPE PLANTS RESISTANCE TO PHYLLOXERA DAMAGE (23-25). Международный журнал Содружество. Сельскохозяйственные науки. 17/04/2018; 23(1):23-25.

Скачать в формате PDF


Список литературы: 1. Merzhanian A. S. Viticulture.- М.: Kolos.- 1967.- 464 pages. 2. Yegorov Е.А. Setting up the vine grape plantings by the own-rooted planting material / Е.А. Yegorov, V.S. Petrov, А.I. Talash, N.I. Nenko, М.I. Pankin // Vinification and viticulture, 2016.- nr. 1.- pages. 15-20 3. Tyuterev S. L. The scientific foundation of the plants’ induced disease-resistance.- Saint-Petersburg: All-Russian Scientific Institute of Plants Protection, 2002.- 328 pages. 4. Yablonskaya, E.K. The application of exogenic elicitors in agriculture [Electronic resource] / Е.К.Yablonskaya // Polythematic network electronic scientific log of the Kuban State University of Agriculture. – nr. 05(109) – Access mode: http://ej.kubagro.ru/2015/05/pdf/87.pdf 5. Burov, V.N. The application of immunity inductors in protection of plants / V.N. Burov, V.I. Dolzhenko // Protection and quarantine of plants.- 2008.- nr.8.- p.17-19. 6. Kotlyarov, V.V. Physiology of the plants immunity.- Krasnodar: Kuban State University of Agriculture.- 2006.- 100 pages. 7. Yablonskaya, Е.К. The application of physiologically active substances in agricultural technologies. Instructional aid for pursuing master’s degree. / Е.К.Yablonskaya, V.V. Kotlyarov, Yu.P. Fedulov, К.А. Dotsenko, Д.V. Kotlyarov // Krasnodar: Kuban State University of Agriculture, 2013.– 168 pages. 8. Bleecker, A. B. Ethylene perception and signalling: an evolutionary perspective / А.V. Bleecker // Trends Plant Sci. – 1999. – nr. 4. – p. 269–274. 9. Heldt G.V. Biochemistry of plants. М.: BINOM, 2011, page 372 10. Methodology of the state crop testing of agricultural crops. М.: Kolos. 1970. Edition 5. 159 pages. 11. Methodological and analytical support of horticultural investigations.- Krasnodar: SSI NCRRIH&V.- 2010.- 300 pages. 12. Nenko N. I. The physiological methods in adaptive selection of the fruit crops /N.I. Nenko, Т.N. Doroshenko, Т.А. Gasanova // Modern methodоlogical aspects of selection process organization in horticulture and viticulture.- Krasnodar : NCRRIH&V, 2012.- p. 189-198. 13. Koshkin Е.I. Physiology of agricultural crops’ resistance, М.: Drofa, 2010.- 638 pages


23 просмотров
  Другие архивы