Soil fertility, fertilizers and herbicides influence on winter wheat yielding capacity and grain quality on various tilled predecessors

2018 ◽  
Vol 1 (74) ◽  
pp. 71-81
Author(s):  
Aleksei Kravtsov ◽  
◽  
Alexander Zagorulko ◽  
Natalia Kravtsova ◽  
◽  
...  
Author(s):  
Н. Л. Ноздріна

Наведено результати дослідження з визначенняелементів структури урожайності (кількість продукти-вних стебел на 1 м2, кількість зерен у колосі, масазерна із колоса, маса 1000 зерен) та якості зернанових сортів пшениці озимої по чорному пару. Вста-новлено вплив погодних умов на урожайність таякість зерна. Виявлено, що більшу урожайність усіхсортів було отримано в сприятливому за зволожен-ням 2013 році, меншу – в посушливому 2012 році.Найбільш урожайними були сорти Заможність іАнтонівка. У різні за погодними умовами роки найлі-пші показники якості зерна формував сорт Сонечко,а нижчі – сорт Розкішна. The results of research concerning the definition of structure units of yielding  capacity (quantity of productive stems on 1 m2, quantity of grains in an ear, mass of grain in an ear, mass of 1000 grains) and quality of grain of new varieties of winter wheat, grown on bare fallow are cited. Influence of weather conditions on yielding capacity and quality of grain is established. It is revealed that the greatest yielding capacity of all varieties has been received in 2013 year with sufficient moistening, the least - in droughty 2012 year. The varieties Zamozhnist  and Antonivka were the most productive. In years different in weather conditions the best indexes of grain quality were formed by variety of Sonechko, and low – by variety Rozkishna.


2020 ◽  
Vol 11 (8) ◽  
pp. 751
Author(s):  
Yevhenii Domaratskyi ◽  
Ruslan Mialkovskyi ◽  
Olena Koberniuk ◽  
Oksana Muliarchuk ◽  
Petro Bezvikonnyi

This article is dedicated to the research of analysis of the dependence of growth and development of winter wheat varieties Khersonska Awnless and Odeska 267 on conditions of moisture provision and mineral nutrition status, impact of indicated factors and formation of yielding capacity and grain quality. Years of research significantly varied in rainfall amount during growing season. According to moisture supply, 2016 was dry, 2017 was average humid and 2018 was subhumid, which had an impact on grain yield equation. The lowest winter wheat productivity level was formed in 2016. Under supplemental watering without fertilizers the yield of the Khersonska Awnless variety was at the level 2.07 t/ha, and of Odeska 267 variety - 1.51 t/ha. Under provision of vegetative watering, the yielding capacity increased to 3.14 and 2.94 t/ha. Fertilizers also had significant impact on production processes of plants, accumulation of over ground biomass, area of assimilating surface that resulted in the yield increase of winter wheat. On average, over the years of research the most significant influence among considered factors had fertilizers - 43%, irrigation - 32% and variety content of winter wheat - 9%.


2021 ◽  
Vol 6 (48) ◽  
pp. 29-29
Author(s):  
Vladimir Bzheumichov ◽  
◽  
Lyudmila Shekikhacheva

The results of a study on the formation of productive tillering, yield and grain quality of winter wheat in the steppe zone of the KBR is presented. It is shown that only further improvement of the methods of cultivation of the best varieties will allow to realize the biological potential of the grain productivity of this crop more fully. The most effective technologies for the cultivation of winter wheat in field crop rotation, aimed at preserving soil fertility and obtaining stable grain yields with minimal labor and resources, have been determined. Keywords: TECHNOLOGY, CULTIVATION, WINTER WHEAT, FERTILIZER, YIELD


2020 ◽  
Vol 4 (2) ◽  
pp. 257-262
Author(s):  
I. I. Gasanova ◽  
M. V. Yerashova ◽  
T. M. Pedash

The influence of nitrogen top dressing on the yielding capacity and grain quality of modern varieties of soft winter wheat in the Northern Steppe were discovered. The field trial was placed on the bare fallow. The rate of application of mineral fertilizers under presowing cultivation was N30P60K30. Three varieties of winter wheat was sown: Kokhanka (SI The Institute of Grain Crops), Pylypivka and Misiia Odeska (Selection and Genetic Institute). The sowing time of the winter wheat is September 20, the sowing rate is 5 million germinable seeds per 1 ha. The following nitrogenous fertilizers were used for the top dressings: ammonium nitrate and carbamide. Ammonium nitrate was applied at the end of the spring tillering stage by means of a seeder locally (30 and 60 kg/ha of active substance) end carbamide (30 kg/ha of active substance) and a tank mixture of carbamide (30 kg/ha of active substance) and fungicide Falcon (600 ml/ha) – in the earing phase foliar. It is established that top dressing of the winter wheat crops at the end of the tillering stage locally with ammonium nitrate contributed to an increase in yield of varieties by 0,34–0,64 t/ha, moreover the maximum yield gains were for the application of fertilizers in the rate of 60 kg/ha of nitrogen. A significant increase in yielding capacity was provided by the treatment of crops in the earing stage with the tank mixture of carbamide and fungicide. Nitrogen top dressings, as a rule, had a positive effect on both the physical indicators of the winter wheat grain (grain weight per hectoliter and vitreousness) and biochemical indicators (protein content, gluten content, sedimentation rate). It is found, that the varieties Kokhanka and Pylypivka in all variants of the experiment formed the grain weight per hectoliter over 800 g/l. In these varieties the content of protein and gluten were higher. In the strong grain quality varieties Misiia Odeska and Pylypivka in comparison with the variety Kokhanka (valuable) were noted higher values of sedimentation. According to the set of indicators, food grain of the second class was obtained in Kokhanka variety in the variant where the tank mixture of carbamide with fungicide was used for crop treatment, and in Pylypivka variety – for top dressings of crops at the end of tillering stage locally (N30–60) or N30 foliar. Keywords: winter wheat, variety, bare fallow, nitrogen fertilization, yielding capacity, protein, gluten.


2010 ◽  
Vol 59 (1) ◽  
pp. 151-156 ◽  
Author(s):  
H. Klupács ◽  
Á. Tarnawa ◽  
I. Balla ◽  
M. Jolánkai

Water supply of crop plants is the most essential physiological condition influencing quality and quantity performance of grain yield. In a 12-year experimental series of winter wheat agronomic trials run at the Nagygombos experimental site (Hungary) the effect of water availability has been studied. The location represents the typical average lowland conditions of the country, the annual precipitation of the experimental site belonging to the 550–600 mm belt of the Northern edges of the Great Hungarian Plain, while the average depth of groundwater varies between 2 to 3 metres. Crop years with various precipitation patterns have had different impacts on crop yield quality and quantity. Yield figures were in positive correlation with annual precipitation in general. Water availability had diverse influence on quality manifestation. Good water supply has often resulted in poorer grain quality, especially wet gluten and Hagberg values have been affected by that. Drought reduced the amount of yield in general, but contributed to a better quality manifestation in some of the crop years.


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