Assessment has been carried out for parental lines and hybrid combinations of forage beet by individual indices of productivity and morphological characteristics of root storages. Best combinations have been selected for further crossing and breeding.

Assessment has been carried out for parental lines and hybrid combinations of forage beet by individual indices of productivity and morphological characteristics of root storages. Best combinations have been selected for further crossing and breeding.

The article provides new approach to complex assessment of phenolic compounds composition in table grape involving high-performance liquid chromatography. It also offers results of optimizing methods for analyzing and sample preparing of a grape berry in order to scrutinize the composition of phenol compounds.

The article provides new approach to complex assessment of phenolic compounds composition in table grape involving high-performance liquid chromatography. It also offers results of optimizing methods for analyzing and sample preparing of a grape berry in order to scrutinize the composition of phenol compounds.

The article offers results of genetic value assessment for pollinators resulted from population of high-productive and sugary specialization of Uladivska breeding, to be used for their recurrent improvement and development of hybridization components valuable for combining in creation of synthetics and MS hybrids of sugar beet containing reduced amount of nitrogen α-amin ions.

The article offers results of genetic value assessment for pollinators resulted from population of high-productive and sugary specialization of Uladivska breeding, to be used for their recurrent improvement and development of hybridization components valuable for combining in creation of synthetics and MS hybrids of sugar beet containing reduced amount of nitrogen α-amin ions.

The short description of varieties of white cabbage, the comparative analysis of the yield of cabbage and density of the cobs.

Purpose. Grapevines (Vitis spp.) are affected by many viral diseases which cause serious pathological problems. GLRaV-3 is among the most widespread leafroll viruses, while Grapevine Fanleaf Virus (GFLV) is a destructive pathogen which reduces the lifespan of grapevine. Considering the impact and the spread of these diseases, our objective was to analyse the presence of these two viruses in several grapevine varieties in grapevine collection at ATTC Vlore. Data gathered from plant pathogens serve to better understand and prevent the spread of pathogens, as a mandatory rule for the quality control of certified plant material during vegetative propagation. Method. The presence of two common viruses were tested using virus specific primers; LC1/LC2 primer pair designed from the hHSP70 gene for detecting Grapevine Leafroll-associated Virus-3 (GLRaV3) and C3390/H2999 primer pair, designed from coat protein coding regions for detecting Grapevine Fanleaf Virus (GFLV), in six varieties; ?Merlot?, ?Kallmet?, ?Shesh i zi?, ?Shesh i bardh??, ?Debin??, and ?Pul?z?, provided through a randomised sampling procedure. One Step Reverse Transcription Polymerase Chain Reaction assay was used to detect the viral presence. Results showed a high (100%) prevalence of GLRaV3 virus in all of analysed samples, as the most frequent among the two pathogens. Analysis for of GFLV virus showed low infection rate, being present in only one sample. Conclusions. We herein show an efficient, fast and reproducible method for detecting grapevine viruses through one step RT-PCR. Our results suggest that sampling of the infected plant material should be avoided due to the presence of viral infections. | ????. ??????? ????????? (Vitis spp.) ?????????? ???????? ????????? ??????????, ?? ??????????? ???? ???????? ????????????. ?? ?????????????? ???????? ????? ??????????? ????? ????????? (GLRaV-3) ?? ????? ???????????? ????????? (GFLV), ????????????? ???????, ???? ??????? ?????????? ????? ??????????? ????. ? ?????? ?? ?????????? ? ????????? ???????????, ?? ????????????? ????????? ????????, ????? ????? ???? ?????????????? ???? ??????????? ? ?????? ????????? ? ???????? ?????? ????????? ??????? ?????????? (ATTC Vlore). ???????? ???? ??? ???????? ???????? ???????? ??? ??????????? ??????? ????????? ? ? ????????????? ??? ????????????? ?????? ??????????????? ?????????? ????????? ??? ??? ???? ????????????? ???????????. ??????. ????????? ??????? ?????????? ??????? ????????????? ??-??? ? ????????????? ?????-??????????? ?????????: ???? ????????? LC1 / LC2, ?? ?????????? ??? ???????????? ???? hHSP70 ?????? ??????????? ????? ??????????-3 (GLRaV3), ? ???? ????????? C3390 / H2999, ??? ?????????? ??????????? ?????????????? ????? ???????? ?????? ???????????? ????????? (GFLV). ?????? ????? ?????? ???????? ? ?Merlot?, ?Kallmet?, ?Shesh i zi?, ?Shesh i bardh??, ?Debin?? ? ?Pul?z? ? ??????????? ? ????????????? ????????? ?????????????? ???????. ??????????. ?????????????? ??????? ??? ??????????? ??????? ???????? GLRaV3, ???? ?????????? ? 100% ??????????????? ??????. ?????????? ?????? GFLV ???????? ??????? ?????? ???????????, ????? ??? ???? ? ?????? ??????. ????????. ???????? ?????????? ???????????? ????????????? ??-??? ?? ???????????, ???????? ? ?????????????? ?????? ????????? ??????? ??????????? ????.

Purpose. Grapevines (Vitis spp.) are affected by many viral diseases which cause serious pathological problems. GLRaV-3 is among the most widespread leafroll viruses, while Grapevine Fanleaf Virus (GFLV) is a destructive pathogen which reduces the lifespan of grapevine. Considering the impact and the spread of these diseases, our objective was to analyse the presence of these two viruses in several grapevine varieties in grapevine collection at ATTC Vlore. Data gathered from plant pathogens serve to better understand and prevent the spread of pathogens, as a mandatory rule for the quality control of certified plant material during vegetative propagation. Method. The presence of two common viruses were tested using virus specific primers; LC1/LC2 primer pair designed from the hHSP70 gene for detecting Grapevine Leafroll-associated Virus-3 (GLRaV3) and C3390/H2999 primer pair, designed from coat protein coding regions for detecting Grapevine Fanleaf Virus (GFLV), in six varieties; ‘Merlot’, ‘Kallmet’, ‘Shesh i zi’, ‘Shesh i bardhё’, ‘Debinё’, and ‘Pulёz’, provided through a randomised sampling procedure. One Step Reverse Transcription Polymerase Chain Reaction assay was used to detect the viral presence. Results showed a high (100%) prevalence of GLRaV3 virus in all of analysed samples, as the most frequent among the two pathogens. Analysis for of GFLV virus showed low infection rate, being present in only one sample. Conclusions. We herein show an efficient, fast and reproducible method for detecting grapevine viruses through one step RT-PCR. Our results suggest that sampling of the infected plant material should be avoided due to the presence of viral infections.

Access to name-bearing type material can be a particular frustration for those mycologists in the tropics, or working outside established institutions, where the specimens are known to exist but cannot be examined. They can be inaccessible because of loans policies and the inability of mycologists to make personal visits. Each case has to be considered separately, but a pragmatic nine-point approach is presented which may provide some guidance as to what can be done in such instances. A postscript draws attention to 12 points to consider when designated or handling namebearing types.

The article reflects economical value and origin of maize as an important energy crop. It specifies volumes of bioethanol production worldwide, as well as analyzes legal provisions for the development of alternative power engineering, advantages and shortcomings of bioenergy is general.

The article reflects economical value and origin of maize as an important energy crop. It specifies volumes of bioethanol production worldwide, as well as analyzes legal provisions for the development of alternative power engineering, advantages and shortcomings of bioenergy is general.

The article represents results of renewal to officinal pilot models of varieties of long-fibred flax and crown flax to bring in to high-yielding properties to the environmental conditions of areas of Forest Ukraine. There brief descriptions of comparative evaluation of identifications morpho-biological indications plants of varieties to place on control pilot models with plants of varieties to place on standard models. There are installed the authentic of descriptions to officinal pilot models of varieties.

The article represents results of renewal to officinal pilot models of varieties of long-fibred flax and crown flax to bring in to high-yielding properties to the environmental conditions of areas of Forest Ukraine. There brief descriptions of comparative evaluation of identifications morpho-biological indications plants of varieties to place on control pilot models with plants of varieties to place on standard models. There are installed the authentic of descriptions to officinal pilot models of varieties.

The article describes Agro-ecological features of winter triticale variety Vivate Nosivskyi developed by means of individual selection based on hybrid combination ([Avgusto x NE 312] x К 9844) at the Examination Facility of Nosivska Breeding and Testing Station ofChernigivIAPPIAAN and selected by quantitative (grain productivity, quantity and weight of grains per ear, cup weight of grain, 1000 kernels weight), qualitative (protein contain, «raw» gluten) parameters of grain yield, by adaptability to a range of causative agents, abnormal events in winter-spring and summer, lodging. It shows that bio-agents of microbe preparations Azospirillum brasilense и Achromobacter album 1122 on initial stages of development of winter triticale variety Vivate Nosivskyi plants enhance nitrogen and phosphor nutrition as reflected in raw and dry weight of plants increased by 1,5 to 2,5 times, area of leaf surface - 2 to 2,4 times, grain yield -1,1-1,3 times.

The article describes Agro-ecological features of winter triticale variety Vivate Nosivskyi developed by means of individual selection based on hybrid combination ([Avgusto x NE 312] x К 9844) at the Examination Facility of Nosivska Breeding and Testing Station ofChernigivIAPPIAAN and selected by quantitative (grain productivity, quantity and weight of grains per ear, cup weight of grain, 1000 kernels weight), qualitative (protein contain, «raw» gluten) parameters of grain yield, by adaptability to a range of causative agents, abnormal events in winter-spring and summer, lodging. It shows that bio-agents of microbe preparations Azospirillum brasilense и Achromobacter album 1122 on initial stages of development of winter triticale variety Vivate Nosivskyi plants enhance nitrogen and phosphor nutrition as reflected in raw and dry weight of plants increased by 1,5 to 2,5 times, area of leaf surface - 2 to 2,4 times, grain yield -1,1-1,3 times.

Показано напрями використання круп’яної культури – сорго звичайного (двокольорового), області його вирощування, застосування в різних галузях народного господарства, значення в народному господарстві (кормовиробництво та харчова промисловість), подана характеристика нових сортів сорго звичайного (двокольорового) (ідентифікаційні ознаки та господарчі показники), внесених до Державного реєстру сортів рослин, придатних для поширення в Україні у 2012 р. та мають Офіційний опис.

Мета. Встановити особливості формування врожайності та якості насіння сортів льону олійного (Linum humile Mill.) в умовах Західного Лісостепу України. Методи. Дослідження проводили впродовж 2020–2021 рр. на дослідному полі Хмельницької філії Українського інституту експертизи сортів рослин (с. Требухівці, Летичівський р­н, Хмельницька обл.). Сівбу здійснювали в другій декаді квітня, норма висіву насіння – 8 млн шт./га. Предметом досліджень були сорти льону олійного ‘Орфей’, ‘Світлозір’ і ‘Водограй’. Закладання дослідів, оцінювання матеріалу, фенологічні спостереження та біометричні вимірювання рослин, збирання врожаю виконували відповідно до «Методики проведення кваліфікаційної експертизи сортів рослин групи технічних і кормових на придатність до поширення в Україні». Показники якості насіння льону олійного визначали згідно з «Методикою проведення кваліфікаційної експертизи сортів рослин на придатність до поширення в Україні». Результати. Оптимальні умови Західного Лісостепу України сприяли своєчасному настанню фенологічних фаз росту та розвитку, а також несуттєвому варіюванню тривалості періоду вегетації (від 96 до 99 діб) рослин льону олійного. Їхню продуктивність оцінювали за такими показниками, як кількість коробочок і маса насіння з однієї рослини. За умови сівби 25 квітня та норми висіву насіння 8,0 млн шт./га найвищою врожайністю характеризувався сорт ‘Світлозір’ (1,45 т/га), найнижчою – ‘Орфей’ (0,8 т/га). Оцінювання за біохімічними показниками та визначення вмісту сирого протеїну, олії й жирних кислот (пальметинової, стеаринової, олеїнової, лінолевої, ліноленової, гондоїнової, ейкозенової та ерукової) здійснювали для сортів ‘Орфей’, ‘Світлозір’ і ‘Водограй’. Так, ‘Орфей’ характеризувався найбільшою кількістю білка в насінні – 24,15%; ‘Світлозір’ мав показник 22,74%; ‘Водограй’ – 22,26%. Високою часткою олії в перерахунку на абсолютно суху речовину відзначився ‘Водограй’ – 45,6%, що на 2,19% більше ніж в сорту ‘Орфей’. Уміст ліноленової кислоти варіювався від 45,703 (‘Орфей’) до 48,261% (‘Світлозір’), а ерукову протягом досліджень не виявлено в жодному з сортів. Висновки. Сорти ‘Орфей’, ‘Світлозір’ і ‘Водограй’ характеризувалися понад 35%­м умістом олії в насінні, що відповідає вимогам ДСТУ 7577:2014, та забезпечили якість товарної продукції льону олійного. | Purpose. To determine the peculiarities of yield and seed quality formation of varieties of linseed (Linum humile Mill.) in the conditions of the Western Forest Steppe of Ukraine. Methods. The research was conducted in 2020–2021 at the experimental field of the Khmelnytskyi branch of the Ukrainian Institute for Plant Varieties Examination (Trebukhivtsi village, Letychivskyi district, Khmelnytskyi region). Sowing was carried out in the second decade of April, the sowing rate was 8.0 million seeds per hectare. Subjects of the research were oil flax varieties ‘Orfei’, ‘Svitlozir’ and ‘Vodohrai’. The experimental design, evaluation of material, phenological observations and biometric measurements of plants, harvesting were carried out in accordance with the “Methodology for the qualification examination of plant varieties of the technical and fodder group for suitability for distribution in Ukraine”. The quality indicators of linseed were determined according to the “Methodology of qualification examination of plant varieties for suitability for distribution in Ukraine”. Results. The optimal conditions of the Western Forest Steppe of Ukraine contributed to the timely onset of the phenological phases of growth and development, as well as to the insignificant variation in the duration of the vegetation period (from 96 to 99 days) of the flax plants. Productivity was assessed using indicators such as the number of pods and the weight of seeds per plant. Under the condition of sowing on 25 April and the sowing rate of 8.0 million seeds per hectare, the highest yield was characterised by the variety “Svitlozir” (1.45 t/ha), the lo­west – ‘Orfei’ (0.8 t/ha). The varieties ‘Orfei’, ‘Svitlozir’ and ‘Vodohrai’ were evaluated by biochemical indicators and the content of crude protein, oil and fatty acids (palmitic, stearic, oleic, linoleic, linolenic, gondoic, eicosapentaenoic and erucic) was determined. Thus, ‘Orfei’ was characterised by the highest amount of protein in the seeds – 24.15%; ‘Svitlozir’ had an indicator of 22.74%; ‘Vodohrai’ – 22.26%. A high percentage of oil in the total dry matter was found in ‘Vodohrai’ – 45.6%, which is 2.19% more than in ‘Orfei’. The content of linolenic acid varied from 45.703 (‘Orfei’) to 48.261% (‘Svitlozir’) and erucic acid was not detected in any of the varieties during the study. Conclusions. The varieties ‘Orfei’, ‘Svitlozir’ and ‘Vodohrai’ were characterised by more than 35% oil content in seeds, which meets the requirements of State Standard 7577:2014 and ensures the quality of marketable oil flax products.