The article represents summary of post-registration examination of fruit crops, namely Apple and Pear in 2008s-2009s. Best varieties of Apple and Pear in different soil and climatic areas are highlighted.

The article represents summary of post-registration examination of fruit crops, namely Apple and Pear in 2008s-2009s. Best varieties of Apple and Pear in different soil and climatic areas are highlighted.

Such varieties of winter wheat as Ovidium, Kokhana, Blago, Maria, Andromeda possess high adaptive potential, there are possible to use on irrigated and unirrigated lands. New genotypes are able to guarantee yield on level accordingly 9,0-9,5 and 5,5-6,0 t/ha. They are form the grain of strong and valuable wh eats.

Мета. Визначити вміст амінокислот, біологічну та харчову цінність зерна різних сортів гороху озимого та продуктів його перероблення. Методи. Вміст амінокислот визначали методом іонообмінної рідинної хроматографії. Математичне оброблення отриманих даних проводили дисперсійним аналізом однофакторного польового досліду. Амінокислотний та інтегральний скори визначали розрахунково. Результати. Зерно гороху озимого сортів ‘НС Мороз’, ‘Баллтрап’ та ‘Ендуро’ мало високий вміст амінокислот. У складі есенційних амінокислот частка лізину та лейцину була найвищою – 1,53–1,77%, а частка метіоніну – найнижчою 0,25–0,28% залежно від сорту гороху озимого. Основною амінокислотою зерна гороху озимого є глютамінова, частка якої складала 3,25–3,30% від усіх амінокислот. Частка аспарагінової кислоти становила 2,30–2,37% залежно від сорту. У складі незамінних амінокислот частка цистину була найнижчою – 0,31–0,37% залежно від сорту. Частка есенційних амінокислот зерна гороху озимого становила 40–41% від їхньої суми. Частка триптофану порівняно із зерном знижувалась на 30–43%, ізолейцину – на 20–24%, метіоніну – на 8–29%, фенілаланіну, лізину, лейцину – на 8–12%, валіну – на 5–9%, треоніну – на 1–5%. У складі незамінних амінокислот щодо зерна найбільше знижувалась частка цистину – на 58–73%, гістидину – на 36–43%, гліцину – на 42–45%. Частка аланіну щодо зерна знижувалась на 19–25%, глютамінової кислоти – на 12–15%, тирозину – на 8–18%, аспарагінової кислоти – на 9–12%. Найменше знижувалась частка серину та аргініну – на 3–8%. Проте сума незамінних амінокислот знижувалась лише на 15–17% залежно від сортових особливостей. Встановлено, що амінокислотний скор зерна гороху озимого та продуктів його перероблення був бездефіцитним. Розрахунки показали, що 100 г зерна гороху озимого задовольняють біологічну потребу дорослої людини в ізолейцині – на 55–58%, валіні – на 51–42%, триптофані – на 41–50%, лізині – на 37–40%, треоніні – на 39–40%, лейцині – на 36–38%. Найбільшу добову потребу забезпечувало 100 г продуктів перероблення зерна аргініном і глютаміновою кислотою – на 20–26% залежно від сорту гороху озимого. Для решти незамінних амінокислот цей показник був на рівні 6–16% у борошні та 2–15% у крупі завдяки зниженню вмісту амінокислот у цих продуктах. Висновки. Було визначено частку амінокислот, біологічну та харчову цінність зерна різних сортів гороху озимого та продуктів його перероблення, таких як крупа та борошно. В амінокислотному складі частка незамінних амінокислот переважала, проте 100 г зерна та продуктів його перероблення найбільше задовольняють потребу в незамінних амінокислотах. Частка амінокислот знижувалась у продуктах перероблення зерна гороху озимого, особливо в крупі. Амінокислотний скор зерна гороху озимого сортів ‘НС Мороз’, ‘Баллтрап’ та ‘Ендуро’ і продуктів його перероблення був збалансованим.

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.

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.

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.

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.

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.

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.

The article presents the results of studying a degree of self-pollination usual for seven sour-cherry varieties: Solidarnist, Vzglyad, Melitopolska purpurna, Amulet, Rassvet, Vudumka, Melitopolska radist bred in M.F.Sydorenko Institute of Irrigated Fruit Growing UAAS within 2004-2007 yrs. Also the number of pollinizers for these varieties has been picked up from the varieties added to the State Register of Plant Varieties.

The article presents the results of studying a degree of self-pollination usual for seven sour-cherry varieties:  Solidarnist, Vzglyad, Melitopolska purpurna, Amulet, Rassvet, Vudumka, Melitopolska radist bred in M.F.Sydorenko Institute of Irrigated Fruit Growing UAAS within 2004-2007 yrs. Also the number of pollinizers for these varieties has been picked up from the varieties added to the State Register of Plant Varieties.

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.

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.

There discussed directions of use for the valuable groats crop, namely Rice, growth rates of its production in Ukraine, options and necessity of creation new verities by breeders, that favors not just the improved nutrition of people, but improves their health, too. And also a full description is provided for new varieties of soybean listed in the Sate Register of Plant Varieties Suitable for Dissemination in Ukraine.

Purpose. To conduct comparative analysis of agro-meteo­rological elements dynamics over the past 35 years and the date and duration of main phenophases of plants of apple varieties to be common for Kyiv Oblast. Methods. Field, comparative, statistical ones, generalization. Results. It was established that Kyiv Oblast has experienced the steady rising of average annual temperature (by 0,6 °С), increase of yearly precipitation (by 20 mm), considerable growth of heat supply level (by 261 °С) in the vegetation period that contributes to the changes in starting date and duration of main phenophases. Conclusions. A significant increase of the sum of active and effective temperatures accumulated for the last 35-year period in Kyiv Oblast at climatological date of occurrence of certain phenophases in the development of apple trees, led to an earlier date of flowering (by 4–5 days). At the same time it did not influence the duration of this phase, but contributed to the reduction of interphase period «the end of flowering–picking maturity of fruits» by 5–12 days.