Уточнить поиск
Результаты 21-30 из 39
Plant Production Institute named after V. Iuryev as a Fonuder of Guidenes for Winter Wheat Varieties Breeding on arti Ficial Backgkounds in Ukraine (20s-80s of XX century)
2010
В. В. Шелепов
The article highlights Kharkiv Breeding Facility, later referred to as Plant Production Institute named after V. Iuryev in 20s-80s concerning breeding the Winter Wheat in Ukraine and impact of the varieties obtained on th productivity increase. It is established that thanks to the efforts of V. Iuryev, V. Didus, M. Ielnikov, A. Shulyndina and others for the period of 1920s-1980s a number of economically valuable varieties have been created – Multrum 120, Iuryivka, Lutetsnes 266, Zenitka, Salut, Kharkivska 1, Kharkivska 32, Khar-kivska 81 and others. Thanks to efforts in breeding the yield index was growing gradually and reached the average level of 4,3 tons per hectare. In particular, in 1921–1930 – 2,33 ton/hectare, 1931–1940 – 2,42, 1941– 1950 – 3,01, 1951–1960 – 26,5, 1961 – 1970 – 4,3, 1971–1980 – 5,05, 1981–1990 – 4,47 t/hectare. In recompense for significant achievements in agricultural crops varieties breeding a breeding center was founded at the facilities of Plant Production Institute named after V Iuryev was founded in 1976.
Показать больше [+] Меньше [-]Inheritance and Variability of Winter Wheat (Triticum) Morphologic Characteristics and Their Expression in DUS- test
2010
Л. І. Улич | М. М. Таганцова | Л. В. Камінська | В. М. Матус
The article provides summary of the research on inheritance, stability and variability of the Wheat morphologic characteristics, genotypes identification and examination of distinctness, uniformity and stability. Proposal is made to use alter characteristics for identification of biotypes and new candidate varieties for reference collections.
Показать больше [+] Меньше [-]System estimate of breeding material of winter wheat for freezing tolerance
2010
Г. В. Мазільніков | В. В. Сорокін | О. М. Кучеренко | В. А. Фоманюк
Proposed system approach for freezing tolerance estimate of breeding material of winter wheat allows to differentiate the samples by physiological properties of resistance to low temperatures and based on to carry out selecting parents for hybridization in changeable environments of global warming.
Показать больше [+] Меньше [-]Conveyer Production Composition of Cutting Lettuce Commercial Yield (Lactuca sativa L.) in the Conditions of Ukrainian Woodlands
2010
Н. В. Лещук
The composition developed for conveyer production of commercial yield of Cutting Lettuce in the Ukrainian Woodland Conditions. Terms of the open ground conveyer commercial yield delivery to the customer depending on agrotechnologic growth actions are scientifically founded.
Показать больше [+] Меньше [-]To 80-th anniversary of Shoferistova E.G
2010
Шоферістов, Є. П
The life and scientific road of Shoferistova E.G. (E.G. Lysenko) scince her childhood and student’s years up to scientistcytogeneticist has been analysed. It is shown that Shoferistova E.G. is a exemplary person and scientist-biologist. It is provided that the biographical information will be necessary for students, post graduate students and for all large family tree of Shoferistov and Lysenko.
Показать больше [+] Меньше [-]Determination of temperature rate for formation of active collection of plant material of the coffee chicory (Сichorium intybus l.) and sugar beet (Beta vulgaris l.)
2010
Рябовол, Л. О
The conditions for creating active collection of genetic material of sugar beets and coffee chicory by using the method of temperature limitations for in vitro culture are defined. It is proved that the temperature rate in culture rooms at 10 degrees Celsius ensures storing of sugar beets for ten months and chicory for eight months without transplanting.
Показать больше [+] Меньше [-]System estimate of breeding material of winter wheat for freezing tolerance
2010
Мазільніков, Г. В | Сорокін, В. В | Кучеренко, О. М | Фоманюк, В. А
Proposed system approach for freezing tolerance estimate of breeding material of winter wheat allows to differentiate the samples by physiological properties of resistance to low temperatures and based on to carry out selecting parents for hybridization in changeable environments of global warming.
Показать больше [+] Меньше [-]Economical and Morpho-Biological Features of Whiner Wheat New Generation Varieties (Triticum durum)
2010
Улич, Л. І | Гринів, С. М | Лисікова, В. М | Матус, В. М
The article describes summary of the researches, characteristics of morphological and agro-biological characteristics and features, a note is made of a significant progress in the selection of productivity and adaptability of registered Durum Winter Wheat Varieties of new crops rotation. Significant developments of plants architectonic are marked, especially in height, characteristics of economical value, and in terms of considerable achievements in breeding of this kind of wheat. A stress in made on the need to enhance Durum Winter Wheat breeding to develop more frostresistant and drought-overheat resistant varieties.
Показать больше [+] Меньше [-]Inheritance of Morphological and Quantitative Characteristics of F1 after Crossing Winter Rye (Secale cereale) Donors with Distinct Breeding Characteristics (Secale cereale)
2010
Скорик, В. В | Ляшко, І. М | Неїжпапа, С. С | Давидюк, І. М
In first time it is used the marker genes’ donor of dominant stem shortness, recession erective leaf and absence of waxen plants’ cover for the receipt of F1 hybrid plants of winter rye. It is certain the parameters and character of intercommunications for ten quantitative signs at F1 hybrids from crossing of rye standards with distinctive morphological signs.
Показать больше [+] Меньше [-]Conveyer Production Composition of Cutting Lettuce Commercial Yield (Lactuca sativa L.) in the Conditions of Ukrainian Woodlands
2010
Лещук, Н. В
The composition developed for conveyer production of commercial yield of Cutting Lettuce in the Ukrainian Woodland Conditions. Terms of the open ground conveyer commercial yield delivery to the customer depending on agrotechnologic growth actions are scientifically founded.
Показать больше [+] Меньше [-]