{"title":"Efficiency of the basic soil tillage and fertilizer system at growing spring wheat in the conditions of Precarpathian region","authors":"S. Grynyk","doi":"10.32819/019017","DOIUrl":null,"url":null,"abstract":". Within 2016‒2018 Kalussky district of the Ivano-Frankovsk area (Ukraine) cultivation of wheat summer kinds of Klarisa on sod-podzolic bedrocks in short-term rotation. It is positioned that application of the organic fertilizers received on a yield of the biogas equipments, at organic and organo-mineral fertilizer systems at all means of the basic treatment of sod-podzolic bedrock improved its agrophysical, agrochemical and biological properties that considerably influenced yield increase and quality indica tors of grain of wheat summer. So, at an organic fertilizer system on a variant of a sur - face treatment of bedrock (depth of 8‒10 sm) productivity of wheat summer has com pounded a discing 5,28 т/hectare, or on 2,43 т/hectare more than on control, indexes of the contents of protein, fiber, glassiness was above accordingly on 1,9%, 1,6% and 22% of indexes of a control variant. By the economic assaying it is defined that entering of the organic fertilizer received on offered technics, in an organic fertilizer system in a dose 40 т/hectare and in organo-mineral ‒ 20 т/hectare + N 40 P 30 K 40 at all means of the basic soil cultivation has provided augmentation of conditional net profit, has raised level of profit ability and has reduced the cost price of grain of wheat summer. The highest conditional net profit 13878 UAH/hectare, or on 8106 UAH/the hectare is more than control, the cost price 2872 UAH/т, or on 602 UAH/т below control, were on a variant of an organo-mineral fertilizer system (the dung of pigs received on a yield of the biogas equipment in a dose 20 т/hectare + N 40 P 30 K 40 ) on a surface treatment of bedrock (a discing depth of 8‒10 sm). On this variant profitability compounded on 33,3% more than the control. On the basis of field and laboratory explorations it is positioned that application of new kinds of organic fertilizers at organic both organo-mineral fertilizer systems and various means of treatment of sod-podzolic bedrocks positively influenced on their agrochemical, agrophysical and bi - ological properties that promoted enriching of growth and development of plants during all season of their vegetation, provided yield increase on 1,91‒2,43 т/hectare in comparison with control and enriching of quality indicators of wheat summer kinds of Klarisa.","PeriodicalId":33211,"journal":{"name":"Agrology","volume":" ","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2019-06-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Agrology","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.32819/019017","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 1
Abstract
. Within 2016‒2018 Kalussky district of the Ivano-Frankovsk area (Ukraine) cultivation of wheat summer kinds of Klarisa on sod-podzolic bedrocks in short-term rotation. It is positioned that application of the organic fertilizers received on a yield of the biogas equipments, at organic and organo-mineral fertilizer systems at all means of the basic treatment of sod-podzolic bedrock improved its agrophysical, agrochemical and biological properties that considerably influenced yield increase and quality indica tors of grain of wheat summer. So, at an organic fertilizer system on a variant of a sur - face treatment of bedrock (depth of 8‒10 sm) productivity of wheat summer has com pounded a discing 5,28 т/hectare, or on 2,43 т/hectare more than on control, indexes of the contents of protein, fiber, glassiness was above accordingly on 1,9%, 1,6% and 22% of indexes of a control variant. By the economic assaying it is defined that entering of the organic fertilizer received on offered technics, in an organic fertilizer system in a dose 40 т/hectare and in organo-mineral ‒ 20 т/hectare + N 40 P 30 K 40 at all means of the basic soil cultivation has provided augmentation of conditional net profit, has raised level of profit ability and has reduced the cost price of grain of wheat summer. The highest conditional net profit 13878 UAH/hectare, or on 8106 UAH/the hectare is more than control, the cost price 2872 UAH/т, or on 602 UAH/т below control, were on a variant of an organo-mineral fertilizer system (the dung of pigs received on a yield of the biogas equipment in a dose 20 т/hectare + N 40 P 30 K 40 ) on a surface treatment of bedrock (a discing depth of 8‒10 sm). On this variant profitability compounded on 33,3% more than the control. On the basis of field and laboratory explorations it is positioned that application of new kinds of organic fertilizers at organic both organo-mineral fertilizer systems and various means of treatment of sod-podzolic bedrocks positively influenced on their agrochemical, agrophysical and bi - ological properties that promoted enriching of growth and development of plants during all season of their vegetation, provided yield increase on 1,91‒2,43 т/hectare in comparison with control and enriching of quality indicators of wheat summer kinds of Klarisa.
在2016年至2018年期间,伊万诺-弗兰科夫斯克地区(乌克兰)的卡卢斯基区在草皮灰化基岩上种植夏季品种的Klarisa小麦,进行短期轮作。定位为,在沼气设备产量、有机和有机矿物肥料系统中,通过对草皮灰化基岩的基础处理,施用有机肥料,改善了其农业物理、农业化学和生物特性,极大地影响了小麦夏粮的增产和品质指标。因此,在有机肥系统中,在基岩表面处理(深度8-10 sm)的变体上,小麦夏季的生产力比对照高出5.28吨/公顷,或高出2.43吨/公顷。蛋白质、纤维和玻璃质含量指数相应地高于对照变体指数的1.9%、1.6%和22%。通过经济分析,定义了在所提供的工艺中获得的有机肥,在有机肥系统中以40吨/公顷的剂量和有机矿物-20吨/公顷+N 40 P 30 K 40的所有基础土壤耕作方式的加入,提供了条件净利润的增加,提高了小麦夏粮的盈利能力水平,降低了夏粮的成本价格。最高条件净利润为13878 UAH/公顷,或8106 UAH/每公顷超过控制,成本价格为2872 UAH/,或低于控制的602 UAH/的情况下,是在基岩表面处理(排水深度为8-10 m)上的有机矿物肥料系统的变体(猪粪在沼气设备产量上接受,剂量为20Ω/公顷+N 40 P 30 K 40)。在这一变体上,盈利能力比对照增加了33,3%。在现场和实验室探索的基础上,确定了新型有机肥料在有机-有机-无机肥料系统中的应用以及对草皮-灰化基岩的各种处理方法对其农业化学性质产生了积极影响,与夏小麦品种Klarisa的控制和质量指标的丰富相比,在其植被的整个季节,促进植物生长和发育的农业物理和生物学特性使产量增加了1.91-2.43吨/公顷。