scholarly journals THE STUDY OF VARIETIES AND LINES OF WINTER WHEAT ACCORDING TO ECONOMICALLY VALUABLE SIGNS

2019 ◽  
Vol 14 (3) ◽  
pp. 71-76
Author(s):  
Ирина Фадеева ◽  
Irina Fadeeva ◽  
Марсель Тагиров ◽  
Marsel Tagirov ◽  
Ильяс Газизов ◽  
...  

Seventeen varieties and lines of winter soft wheat of Tatar Scientific Research Institute of Agriculture selection were evaluated in comparison with varieties of other breeding centers in the conditions of the northern regions of Volga region in 2016-2018. The purpose of the research is to identify source varieties of stably high yield and technological quality of grain. The soil is gray forest, the predecessor is pure steam. Mineral fertilizers were applied based on the planned productivity of 6.0 tons per hectare. The plot area is 10 m2. The placement is randomized. Replication is 4-fold. The two-factor experiment: factor A - varieties, factor B - years of research. The average productivity of varieties varied from 4.01 to 5.23 tons per hectare. The maximum yield increase over the standard Kazanskaya 560 variety was obtained from Gostianum 2186 line (24.1%) with a variability of 6.1%. The lowest values of the variation coefficient in yield (1.2%) were obtained from Erythrospermum 2200 variety, which forms the grain productivity at the standard level. In contrasting weather conditions, during the years of study, the interaction “genotype × environment” had a significant effect on yield (31.8%). Large-grain varieties were identified - Nadezhda (46.1 grams) and Lutestsens 2164 (45.7 grams) with a slight variation in the trait (0.9% and 7.9%, respectively) by year. Grain with a high natural weight from 788 g/l (Skipetr) to 830 g/l (Universiada) was obtained with a slight variation of this indicator (from 0.3% to 2.3%). Such varieties, as Kazanskaya 560, Nadezhda, Darina, Sultan, Gostianum 2196, Erythrospermum 2197, Gostianum 2199, Erythrospermum 2200 in terms of “mass fraction of protein” can be classified as valuable wheat, and Moscow variety 39 - as strong. It was established, that grain quality indicators are more genetically determined: varietal differences determined the formation of gluten quality to 65.1%; mass of 1000 grains to 52.1%; the full weight of the grain to 38.4%; mass fraction of protein in grain to 49.4%; the mass fraction of gluten in the grain to 48.1%.

Author(s):  
I.M. Straholis ◽  
S.I. Berdin ◽  
V.I. Onychko ◽  
T.O. Onychko

Buckwheat is a valuable food crop. However, its low yield in comparison with other cereal crops leads to high prices for the cereal realization of this crop. Therefore, the development of techniques for increasing the buckwheat yield is relevant. One way to increase the buckwheat yield is to optimize the nutrition regime of the crop through the use of biologicals, macro- and microfertilizers. The researches devoted to the study of the complex application of biologicals and mineral fertilizers were being conducted during 2016‒2018 at the Institute of Agriculture of the North-East of the National Academy of Agrarian Sciences. The weather conditions of the growing seasons varied significantly over the years of research, which made it possible to study more fully the response of varieties to the factors studied. The studies were conducted in a three-factor field experiment where: - factor A ‒ the varieties of different morphotype; - factor B ‒ doses of mineral fertilizers (without fertilizers; N30P45K45; N30P45K45+N15; N16P16K16 in the rows; N16P16K16+N15) - factor C ‒ biological preparation Microgumine ‒ 200 g/ha; microfertilizer Reakom "Zernovyi" 0,5 l/ha; growth regulator Sodium humate ‒ 1.0 l/ha. According to the results of our research, it was found that Selianochka variety was better than Slobozhanka variety by responding to the use of seed inoculation and application of chelated fertilizer forms, with a yield increase of 0.05‒0.27 t/ha. With the increase of mineral nutrition, the yield increase was 0.01 t/ha less than in the Slobozhanka variety, namely from 0.06 to 0.45 t/ha. By Selyanochka variety, the variant with complex use of seed treatment with biological preparation, microfertilizers and application of growth regulator in the phase of "budding" of buckwheat plants, on the background of the use of mineral fertilizers at the rate of N16P16K16 + N15 the maximum yield of 2.20 t/ha was obtained. However, the yield increase after fertilizer application was 0.42 t/ha, from the use of biological products, microfertilizers and growth regulator ‒ 0.27 t/ha. In Slobozhanka variety, inoculation of seeds and application of chelated forms of fertilizers in the budding phase of plants also favoured to increase the yield, but not in all variants. On the other hand, the increase from the use of mineral fertilizers in all variants was positive from 0.04 to 0.41 t/ha. The comparison of the studied varieties of different morphotypes by yield showed that in Selyanochka variety it was of the average 1.96 t/ha during the research years, at fluctuations from 1.75 to 2.20 t/ha, by Slobozhanka variety ‒ 1.73 t/ha and 1.51‒1.92 t/ha respectively. Buckwheat is a valuable food crop. However, its low yield in comparison with other cereal crops leads to high prices for the cereal realization of this crop. Therefore, the development of techniques for increasing the buckwheat yield is relevant. One way to increase the buckwheat yield is to optimize the nutrition regime of the crop through the use of biologicals, macro- and microfertilizers. The researches devoted to the study of the complex application of biologicals and mineral fertilizers were being conducted during 2016‒2018 at the Institute of Agriculture of the North-East of the National Academy of Agrarian Sciences. The weather conditions of the growing seasons varied significantly over the years of research, which made it possible to study more fully the response of varieties to the factors studied. The studies were conducted in a three-factor field experiment where: - factor A ‒ the varieties of different morphotype; - factor B ‒ doses of mineral fertilizers (without fertilizers; N30P45K45; N30P45K45+N15; N16P16K16 in the rows; N16P16K16+N15) - factor C ‒ biological preparation Microgumine ‒ 200 g/ha; microfertilizer Reakom "Zernovyi" 0,5 l/ha; growth regulator Sodium humate ‒ 1.0 l/ha. According to the results of our research, it was found that Selianochka variety was better than Slobozhanka variety by responding to the use of seed inoculation and application of chelated fertilizer forms, with a yield increase of 0.05‒0.27 t/ha. With the increase of mineral nutrition, the yield increase was 0.01 t/ha less than in the Slobozhanka variety, namely from 0.06 to 0.45 t/ha. By Selyanochka variety, the variant with complex use of seed treatment with biological preparation, microfertilizers and application of growth regulator in the phase of "budding" of buckwheat plants, on the background of the use of mineral fertilizers at the rate of N16P16K16 + N15 the maximum yield of 2.20 t/ha was obtained. However, the yield increase after fertilizer application was 0.42 t/ha, from the use of biological products, microfertilizers and growth regulator ‒ 0.27 t/ha. In Slobozhanka variety, inoculation of seeds and application of chelated forms of fertilizers in the budding phase of plants also favoured to increase the yield, but not in all variants. On the other hand, the increase from the use of mineral fertilizers in all variants was positive from 0.04 to 0.41 t/ha. The comparison of the studied varieties of different morphotypes by yield showed that in Selyanochka variety it was of the average 1.96 t/ha during the research years, at fluctuations from 1.75 to 2.20 t/ha, by Slobozhanka variety ‒ 1.73 t/ha and 1.51‒1.92 t/ha respectively.


Author(s):  
A.V. Melnyk ◽  
S.V. Zherdetska ◽  
Shahid Ali ◽  
Gulam Shabir ◽  
S.O. Butenko

The experimental studies were carried out on the fields of the Sumy NAU Training Research and Production Complex (TRPC) during 2016–2018.The soil of the experimental plot is typical deep-medium humus, large-dusty and medium-loam black soil on forest trees. The subject of the research was a white mustard variety of Oslava created at the Institute of Feed and Agriculture of the Podillya NAASU, entered in the Register of varieties suitable for cultivation in Ukraine in 2010. The aim of the research is to optimize the nutrition of the white mustard variety of Oslava through the complex application of mineral fertilizers and foliar fertilization under the conditions of the northeastern forest-steppe of Ukraine. The analysis of weather conditions, in particular the hydrothermal coefficient of Selyaninov (HTC), established that 2016 season was wet (HTC = 1.60), 2017 and 2018 were dry (HTC = 0.59 and 0.46). During the research, the cultivation technology was generally accepted in the experimental area, except for the elements studied. The results of the three-year study on the influence of foliar fertilizing under different mineral nutrition backgrounds on the yield of the white mustard variety Oslava are presented. It was found that the application of mineral fertilizers and complex fertilizers for the foliar feeding had a positive effect on the morphometric parameters of the white mustard, in particular, increased the plant height and the number of branches of the first order. The use of mineral fertilizers at the rate of N30P30K30 provided an increase in the yield by 0.34 t/ha, N60P60K60 – by 0.55 t/ha, N90P90K90 – by 0.61 t/ha on an average compared to the control. Therefore, for the maximum yield (2.14–2.21 t/ha) with a mass of 1000 seeds (5.39–5.54 g) of the white mustard under the conditions of the Northeastern Forest-Steppe of Ukraine, foliar fertilizing of Vuxal boron (3.0 l/ha) + Vuxal bioaminoplant 3.0 l/ha) and Spectrum B + Mo (2.0 l/ha) + Spectrum Ascorist (3.0 l/ha) should be applied on the background of N60-90P60-90K60-90, what provided an increase in the yield compared to the control of 0.58-0.65 t/ha.


Author(s):  
O. Tkach

Obtaining a high yield of root chicory is determined by the optimal density of plants and their uniform distribution on the field, in this regard, the study of the method of growing root chicory is an important research area in modern agricultural science and is the study goal. Phenological observations, biometric studies were carried out according to the methods of Mosesychenko, M. F. Trifonova, A. Kh Zaviryukha. The material of the investigations was the soil of the experimental field – podzolic chernozem , medium loamy in forest-like loam. Root chicory plants were used as objects of research. The studies were conducted at the experimental field of the Khmelnitsky State Agricultural Experimental Stations of the Institute of Feed Research and Agriculture of Podillya NAAS during 2010–2014. The proposed energy-saving method for growing chicory root crops with a combined row spacing provides yield increase of chicory root crops, due to the fact that the placement of sowing after optimal predecessors, the introduction of organic and mineral fertilizers, sowing according to the established scheme by alternating the main and technological row spacing is carried out in accordance with the width of the sowing unit, which provides the optimal nutritional area of each plant close to the square with the corresponding sheniem parties established by a formula taking into account the need to make optimum density of plants per unit area (hectare) at the beginning of the collection, thus improving the productivity of root crops to 5-6 tons per hectare; mechanized crop care with a combined row spacing according to the established rational scheme of movement of the undercarriage of the unit along the main and technological row spacing allowed to reduce damage to plants by the energy tool undercarriage and increase the productivity of the unit by 15-20%; harvesting tops and root crops in a continuous way with a rational grip width of harvesting aggregates with a combined row spacing allowed to reduce losses of root crops by 1.5-2.0 times. The technological result consists in the fact that sowing, mechanized care of crops and harvesting is carried out by sending the running gear of energy resources along the technological, “M” aisles, and the machine wheels along the main “m” aisles.


Author(s):  
S. V. Zhevora ◽  
L. S. Fedotova ◽  
N. A. Timoshina ◽  
E. V. Knyazeva ◽  
A. E. Shabanov

The article presents the results of research on the effectiveness of microbiologic specimen against the background of various doses of mineral fertilizers, and without them. The results were obtained in two short-term experiments for the period from 2015 to 2018.Goal of research: to increase the productivity and quality of potatoes with the integrated use of full and reduced by 30 and 50% doses of mineral fertilizers in combination with various microbiologic specimen by increasing the biological activity of the soil and better nutrient absorption.In the field test (2015-2016, sod-podzolic sandy soil), the yield of potatoes was 24.1-27.9 t / ha (when using mineral fertilizers N45-90P45-90K60-120). When N45P45K60 was combined with preplant treatment of tubers with microbiologic specimen (Azolen, Agrinos «1» and Biocomposite-correct), it increased by 27.6-28.5%, including the increase from microbiologic specimen - 3.5-4.4 t / ha or 14.5-18.3%. In the field test (2016 and 2017-2018, sod-podzolic sandy soil), the maximum yield of potatoes (34.0-35.7 t / ha) was obtained using the microbiologic specimen Extrasol both separately for preplant treatment of tubers, and in combination with foliar application of Agrinos «2» and Extrasol on the background of the full dose of fertilizers N90P90K90. In this case, the yield increase from the biologic specimen was 6.5-8.2 t / ha or 23.6-29.8%.In the variant with a 30% reduced NPK dose and the use of Agrinos [N60P60K60 + Agrinos 1+2 (5+2.5 l / ha)]: the yield level was 4.6 t / ha (17%) higher a full dose of NPK. At the same time high starchiness and vitamin C content, excellent culinary qualities, low levels of nitrates in products; conditional income was 42.3 thousand rubles / ha higher than NPK background, low cost (6.8 rubles / kg), high cost recovery (3.25) and profitability of production 64% were observed.


Author(s):  
L.N. Timakova ◽  
V.A. Borisov ◽  
N.A. Filroze

В статье представлены результаты испытания новых отечественных сортов свеклы столовой в Московской области на различных фонах минерального питания: контроль без удобрений, N120P60K180 (расчетная доза) и N240P120K360 (двойная доза). Количество удобрений рассчитывалось согласно схеме опыта по фонам питания и по процентному содержанию действующего вещества. Почва опытного участка относится к типу аллювиальных луговых, среднесуглинистая, насыщенная, влагоемкая. Погодные условия наиболее благоприятно для роста и развития растений свеклы столовой складывались в периоды вегетации 20142017 годов. Особенность погодных условий 20182019 годов неравномерное выпадение осадков, что повлияло на время прорастания семян. Дефицит влаги в период вегетации компенсировали поливами методом дождевания, поддерживая НВ на уровне 7580 . В 20142019 годах изучали сорта свекла столовой селекции Агрохолдинга Поиск для товарного производства: с округлой формой корнеплода Креолка, Мулатка, Русская односемянная, Эфиопка цилиндрической Славянка округло-плоской Смуглянка. Урожайность корнеплодов на фоне без удобрений изменялась от 36,5 (Мулатка) до 47,9 т/га (Славянка). Внесение удобрений в рекомендуемой дозе способствовало прибавке урожая, в среднем, на 20,3 без снижения товарности продукции. Наиболее отзывчивы на минеральные удобрения в расчетной дозе (N120P60K180) оказались сорта Мулатка (33,1) и Смуглянка (29). Внесение удвоенных доз минеральных удобрений не повлекло за собой дальнейшего увеличения урожайности культуры. Сорт Креолка показал на фоне (N240P120K360) наибольшую урожайность 58,6 т/га. Выращивание свеклы столовой с применением удобрений в расчетной и удвоенной дозах уменьшает вариабельность урожайности сортов по годам.Results of testing of new domestic cultivars in the Moscow region on various backgrounds of mineral nutrition: control (without fertilizers), N120P60K180 (calculated dose) and N240P120K360 (double dose) are presented. The amount of fertilizers was calculated according to the scheme of the experiment by nutrition backgrounds and by the percentage of active substance. The soil of the experimental site belongs to the type of alluvial meadow, medium-loamy, saturated, moisture-intensive. Weather conditions were most favourable for the growth and development of table beet plants during the growing season of 20142017. A feature of the weather conditions of 20182019 was uneven precipitation, which affected the time of germination of seeds. The lack of moisture during the growing season was compensated by irrigation by sprinkling, maintaining the HB at the level of 8085. In 20142019, we studied varieties of beet of table selection of Poisk Agro Holding for commercial production: with a rounded root crop Kreolka, Mulatka, Russkaya odnosemyannaya, Efiopka cylindrical root crop Slavyanka round Smuglyanka. The yield of root crops on the background without fertilizers varied from 36.5 (mulatto) to 47.9 t/ha (Slavyanka). Application of fertilizers in the recommended dose contributed to an increase in yield, on average, by 20.3 without reducing the marketability of products. The most responsive to mineral fertilizers in the calculated dose (N120P60K180) were varieties Mulatka (33.1) and Smuglyanka (29). The introduction of doubled doses of mineral fertilizers did not lead to a further increase in crop yield. The Creole variety showed a maximum yield of 58.6 t/ha against the background (N240P120K360) growing table beet with the use of fertilizers in calculated and doubled doses reduces the variability in the yield of varieties over the years.


2020 ◽  
Vol 17 ◽  
pp. 00071
Author(s):  
Marat Amirov ◽  
Farit Shaikhutdinov ◽  
Igor Serzhanov ◽  
Albina Serzhanova

The article presents the results of research conducted in different soil and climatic conditions of the Middle Volga region on the influence of regulated factors, as well as environmental factors on the production process of plants of various types of spring wheat. The amount of photosynthetically active radiation (PAR) is enough to obtain yields within 12–13 tons of dry biomass or 6–7 tons of grain. Natural precipitation is able to provide 3.82–4.36 t of spring wheat grain from 1 ha, and 4.5–6.3 t/ha by the total influence of solar energy, heat and moisture supply. Natural level of soil fertility without application of organic and mineral fertilizers allows to receive about 2 tons of spring wheat grain from 1 ha. Application of nitrogen in the form of ammoniac water (N-20.5 %) increased the yield in comparison with the use of nitrogen in the form of ammoniac saltpeter: the increase was 0.14 t per 1 ha. In the conditions of grey forest soil in the Predkamye region of the Republic of Tatarstan the optimal norm of sowing of spring wheat Triticum dicoccum Schuebl (spelt) depending on the feeding background was established. Growth of yield at sowing of 6 million seeds per hectare at all levels of nutrition in comparison with sowing rate of 4 million tons per hectare was 0.18 tons per hectare against the natural background, against the estimated background of NRC on 2.0 tons of grain – 0.19 tons and 2.5 tons of grain – 0.24 tons per hectare. The maximum yield increase was received at a combination of a mineral foodstuff with an optimum norm of sowing and has made on a settlement background 2 tons of grain from hectare – 0.20 tons, on 2.5 tons of grain – 0.34 tons from hectare. Thus, the aim of our research was to develop methods of growing high yielding quality grain of different types of wheat adapted to the conditions of forest-steppe in the Volga region.


Recently, the interest of farmers in the mustard, as a culture of great opportunities, has increased due to the agronomic and agro-ecological benefits of growing it. The purpose of the research was to study the influence of doses of mineral fertilizers on different seed rates on the productivity of Sarepta and white mustard. The experiment was carried out in 2015-2017 in the experimental field of the Institute of Oilseed Crops. Four seeding rate were studied: 1,5; 2,0; 2,5; 3,0 million germinating seeds per hectare. Mineral fertilisers have been applied in the following doses: N50; P60; N50P60; N75P90; N100P120 with presowing cultivation. The study included two varieties of mustard: leaf mustard Prima and white mustard Zaporizhanka. Based on the results of three years of research, the effect of additional mineral nutrition on the indicators of the elements of productivity and yield of varieties of mustard yarrow for different seed rates has been established. The application of different doses of mineral fertilizers has led to an increase in relation to the control of the performance indicators of the mustard element of the spring Sarept variety Prima: the number of pods from 27,0-37,6 to 24,0-42,8 pc. and seeds from 224.3-379.5 to 226.9-442.5 pcs. on one plant, the weight of seeds from one plant from 0,527-0,976 to 0,553-1,302 g and a mass of 1000 seeds from 2,39-2,62 to 2,47-3,03 g. A similar trend was observed in relation to the characteristics of the mustard of the white-seeded white Zaporizhanka: number of pods from 24,0-38,1 to 24,2-45,4 pcs. and seeds from 105,0-172,5 to 108,1-214,8 pc. on one plant, the weight of seeds from one plant from 0,458-0,818 to 0,491-1,152 g and a weight of 1000 seeds with 4,41-4,76 to 4,55-5,40 g. In turn, an increase in the seed rate from 1.5 to 3.0 million pounds per hectare led to a decrease in these indicators. Greater indices of the number of pods and seeds per plant, both in the Prima variety and in the Zaporizhanka variety, are marked by the combined introduction of nitrogen and phosphorus. The largest weight of seeds per plant and the weight of 1000 seeds for the mustard Sarepts Prima variety – respectively 1,302 and 3,03 grams and for white mustard Zaporizhanka – 1,152 and 5,40 grams were obtained in the version with fertilization in a dose N100P120 with a seed rate of 1, 5 million pcs/ha. Analysis of the data on the growth and development of plants of the studied mustard varieties showed that, compared to the control in the fertilizer variant in the dose N100P120, the data increased in accordance with: in the prima variety 0,208-0,326 and 0,36-0,41 g; Zaporizhanka variety is 0,186-0,334 and 0,49-0,65 g. The level of yield, depending on the dose of fertilizers and seed rates, varied: in the prima variety from 1.15-1.76 t/ha; in the Zaporizhanka variety 1.04-1.64 t/ha. The highest yield, as in the Prima variety (1.63-1.76 t/ha), and in the Zaporizhanka variety (1.48-1.64 t/ha) was formed for the introduction of mineral fertilizers in a dose of N100P120. The yield increase in relation to control, depending on the seed rate, was 0.44-0.48 t/ha and 0.44-0.46 t/ha, respectively. The optimum seed rate for the Prima variety, which yielded the highest yield – 1.76 t/ha, was 2.0 million similar seed per hectare, and for Zaporizhanka with a yield of 1.64 t/ha – 2.5 million similar seed per hectare. On average, over three years of research, the content of fat in the mustard seed of the Sarept variety of Prima was within the range: 41.8- 42.2 % in control; in variants with the introduction of mineral fertilizers 41.9-42.4 %, and white mustard Zaporizhanka respectively: 30.0-30.3 % and 29.9-30.7 %. That indicates a rather insignificant influence of the factors studied on this indicator. Taking into account the yield, the maximum yield of oil per hectare for the Prima variety is 655 kg and for the Zaporizhanka variety 429 kg, obtained under the same conditions as yields. Among the agro methods that were studied for the crop formation, the use of mineral fertilizers (r = 0.85) and the poorly cultivar and the seeding rate r = -0.29 and r = -0.06 influenced the use of mineral fertilizers. The content of fats in the seed depended only on the variety r = -0.99. The yield of oil strongly correlated with the grade r = -0,84 and moderate with mineral fertilizers r = -0,47. It should be noted the average yield of the crop with the number of pods r = 0,34 and seed per plant r = 0,45 and the weight of the seeds from one plant r = 0,57.


2020 ◽  
Vol 17 ◽  
pp. 00251
Author(s):  
Olga Shapowal ◽  
Irina Mozharova

The study of different complexes of new and innovative forms of fertilizers with the same ratio of trace elements applied in Nizhny Novgorod region in 2018 showed that the greatest grain yield increase to 0.45 and 0.435 t/ha or 7.8 and 7.4 % was obtained using trace elements and amino acids in doses of 1.5 and 3.0 l/ha. Similar results were observed when using amino acids in a dose of 2.0 l/ha. The yield Increase was 0.44 t/ha compared to the control one of 2.59 t/ha. In Ryazan region, the maximum yield was obtained using amino acids in a dose 1.0 l/ha; the yield increase was 1.4 t/ha or 28.6 %, while the control yield was 4.9 t/ha. Amino acid with microelements in a dose of 1.5 and 3.0 l/ha gave the high yield; the yield increase was 1 t/ha (20.4 %).


2001 ◽  
Vol 37 (2) ◽  
pp. 183-193 ◽  
Author(s):  
H. VAN DEN BERG ◽  
A. S. LESTARI

The results of 86 replicated experiments on soybean (Glycine max) cultivation practices in eight provinces – planned, conducted and analysed by farmers – were examined to identify local differences in the effects of cultural practices on yield, and to explore the potential for farmers to improve their practices. Plant spacing consistently improved yield relative to broadcast seeding. The comparison between a moderate and a high dose of N, and between local spraying practices and integrated pest management, also had a relatively consistent effect on yield. Conversely, the effects of straw mulch, of moderate doses of N compared to zero N, and of weeding, were highly location-specific. A change in cultural practices influenced yield and economic benefits more strongly in low- than in high-yield situations. Modifications of current cultivation practices often resulted in a significant yield increase. This suggests that farmers need training in how to improve their cultural practices and that it should utilize locally conducted field experiments. Training in experimental skills made farmers less dependent on external measures and advisers, and enabled them to become ‘experts’ who utilize science.


2020 ◽  
Vol 27 ◽  
pp. 00130
Author(s):  
Vasily G. Vasin ◽  
Ramis N. Saniev ◽  
Alexey V. Vasin ◽  
Nikolai A. Prosandeev ◽  
Alexey N. Burunov

The article presents the results of scientific research on the growth-stimulating preparations in the pre-sowing treatment of soybean seeds and crops according to the development phases in the foreststeppe zone of the Middle Volga. It contains the results of the 2016-2018 research with an assessment of indicators of plant safety, photosynthetic activity and soybean yield in different treatment options by growth factors. The two-component preparations in pre-sowing seed treatment contribute to better soybean germination up to 78.12%. The pre-sowing treatment of seeds with Risotorphine and Raykat Start preparations forms the maximum leaf area. Comparing three years, we can say that the leaves work more productively in the variants with the use of Risotorphine and Raykat Start in pre-sowing treatment. Weather conditions in 2018 allowed soybean crops to form a high yield. The yield level was in the range of 1.48 - 1.98 t / ha. Inoculation of seeds with Raykat Start followed by crops treatment in the phase of 3-5 leaves and budding allowed achieving maximum yield for all years of research. After treating the seeds with Raykat Start, the maximum grain yield was 1.40 t/ha with a double-treatment of crops by microfertilizing mixture Megamix Profi in a phase of 3-5 leaves and budding.


Sign in / Sign up

Export Citation Format

Share Document