Kuban State Agrarian University
Author list of organization
List of articles written by the authors of the organization
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MICROELEMENTS IN SUNFLOWER CROPS
06.00.00 Agricultural sciences
DescriptionThe obtained experimental data show that the incorporation of trace elements into the system of the sunflower crop has a positive impact on the mineral nutrition of plants, the number and quality of the crop. Foliar feeding of sunflower crops with micronutrients improves nutrition of plants with nitrogen, phosphorus and potassium, thus creating the preconditions for the formation of highly agrocenosis. The seed yield of sunflower increased by variants with application of micronutrients 1.2-3.5 t/ha or 4.4-12.9 percent. The greatest impact of treatment with boron and copper, exceeding the background option 3.1-3.5 t/ha or 11.5-12.9% respectively. The crop is least influenced by manganese and molybdenum. The examined elements positively influenced the structure of the sunflower crop. The greatest influence on the diameter of the basket, the number of seeds, weight of seeds in the basket, the weight of 1000 seeds was provided by the zinc and copper. Trace elements contributed to the improvement of quality indicators of sunflower. For husk content, the greatest positive effect was cobalt, zinc, manganese and copper, increasing the background option 10.1, 10.4, 10.5 and 10, and 6%, respectively, on the oil content of sunflower seeds had cobalt, copper and zinc. The oil content on these options amounted 55,0, with 55.1 and 55.2%, respectively, increasing this figure by 1.5 to 1.7 %. The acid number at variants with boron, manganese and zinc was the same with the background option and amounted to 1.8. The greatest influence on iodine number provided molybdenum, zinc and copper, which accounted for 170,5, 171,2 and 171,4, exceeding the background option 10.2 and 11.1
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ИНИЦИАЦИЯ ПРОЭМБРИОГЕННЫХ КЛЕТОЧНЫХ СУСПЕНЗИЙ У ДЕВЯТИ МЕЖВИДОВЫХ ГИБРИДОВ ВИНОГРАДA
DescriptionЧерешки листьев, взятых из растений ин витро, девяти межвидовых гибридов винограда: подвоев Берландиери х Рипариа ‘Кобер 5ББ’, Рипариа х Рупестрис ‘101-14’ и сортов (cvs): 'Бианка', 'Зигфридребе', 'Подарок Магарача’, ‘Первенец Магарача’, ‘Цитронный Магарача’, ‘Интервитис Магарача’ и гибридной формы ‘Магарач 100-74-1-5' культивировали на твердой среде NN, содержащей различные концентрации 2,4-D и BА в различных сочетаниях. Для того, чтобы инициировать рост клеточных суспензий, проэмбриогенные каллусы пересаживали в жидкую среду NN, дополненную 1.0 мг/л 2,4-Д и 0,2 мг/л BА. Субкультивирование этих суспензий в жидкую среду NN, дополненную 2 мг/л NAA и 0,1 мг/л BА, привело к развитию агрегатов эмбриоидов, а пересадка в жидкую среду с 0,5 мг/л BА вызвала развитие единичных глобулярных и сердцевидных эмбриоидов. Проэмбриогенные клеточные суспензии, состоящие из преимущественно отдельных клеток, могут быть использованы в трансформации генов и селекции на клеточном уровне с целью уменьшения вероятности появления химерных растений
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RESTRUCTURING AND MODERNIZATION OF PRODUCTION AS A COMPREHENSIVE ECONOMIC CATEGORY
DescriptionThe article is devoted to the urgent problems of modern realities- restructuring and improvement of material-technical base of the branch on the basis of technical and organizational-ecological renovation of production. There was considered the scientific-technical revolution in agriculture in the article. There was cited the analysis of works of some economists working with different aspects of the theory of developed economic systems and the theory of innovation components determining the effectiveness of reproduction processes. There were cited the main principles of the law of development of economic systems and their action and as well as there was presented algebraically the law of composition and proportionality (harmony) in the article. There was underlined that for normal motion of reproduction is necessary to supply not only the rational proportions between branches of producing things of personal consumption but fro this is necessary to supply the composition and proportions between different branches inside of each these subdivisions. The present methodological and methodical apparatus does not give the possibilities properly to determine the points of bifurcation and effective limits of innovation-orientation restructuring of giving the possibility to increase the competitiveness, effectiveness and capitalization of an enterprise. We have also presented a complex of tasks of innovation-orientation restructuring of an enterprise in the article. The cyclic character of processes of innovation-orientation restructuring is supplied with introduction except of consequent realization of processes the reverse connection as a monitoring of a motion of restructuring as a deviation of results from planned ones. There were offered the structure and the stages of models of innovation-orientation restricting which includes the search of points of bifurcation and limits of restructuring effectiveness
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ECONOMIC EFFICIENCY OF USE OF GROUND RESOURCES IN AGRICULTURAL COMPANIES OF THE KRASNODAR REGION
DescriptionLand resources are the basis of agricultural production, the issue of increasing the efficiency of their use is always relevant. The purpose of this article is to estimate the economic use of land resources in the agricultural organizations of the Krasnodar region. Cost-effectiveness analysis was carried out in two stages: an initial set of agricultural organizations with the help of cluster analysis is divided into homogeneous groups; for each cluster we have constructed a production function, which reflects the relationship between the value of the gross output of the agricultural land area, the average annual number of employees, the average annual value of fixed and current assets. The analysis has allowed identifying homogeneous groups of five agricultural companies. The analysis of the production function has shown that the companies of the first cluster of agricultural land use lands with maximum efficiency, the gross output value of 1 hectare of agricultural land was 70,1 thousand rubles, and the degree of influence of agricultural land on the value of gross output reaches its maximum value and is 83%. Agricultural organizations included in clusters of three and five, have a minimum efficiency of agricultural lands use – 20,3 and 21,2 thousand rubles respectively. Based on the analysis, we have made recommendations that improve the efficiency of land: to use the best varieties that are resistant to a range of diseases and pests in the production; to observe the optimum time of harvesting, cultivation and protection of plants; to use smart energy and resource saving technologies, as well as soil conservation technologies; to improve and maintain soil fertility
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THE ANALYSIS OF THE EFFICIENCY OF AGRICULTURAL LANDS USING IN THE KRASNODAR REGION
DescriptionThis article discusses the approaches to distinguishing the groups of municipalities of the Krasnodar region, which differ significantly in their performance from the others and that can help us to carry out a comparative assessment of the efficiency of use of agricultural lands and to develop appropriate measures to increase it. Use of cluster analysis allows identifying objectively existing, but apparently not expressed patterns that appear in different socio – economic phenomena. As the evidence of cluster features of the assessment of the effectiveness of using agricultural lands we have selected the following indicators: the crop production per 1 ha of farmland, the gross output of livestock per 1 ha of farmland, the proportion of arable land in the structure of agricultural land, the amount of farmland 1 organization. As a result of the clustering, the municipalities of the Krasnodar region consist of five clusters. Each cluster is characterized by its specialization and efficiency of use of agricultural lands. So the enterprises included in the second cluster are the primary producers of agricultural products of the Krasnodar region and use land resources with the greatest efficiency. Thus, the use of cluster analysis allows us to differentiate visually the municipalities of the Krasnodar region in terms of land use
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MODULE HOUSE AS A PERSPECTIVE FOR FARMERS
DescriptionIn 2014 citizens of Russia felt the whole power of the introduction of reciprocal sanctions. Since 2014 the import of pork from the European Union has been limited and since August this has happened with poultry meat from EU and the USA. These actions led to the shortage of meat raw and rise of prices on meat produce in some regions of Russia. In spite of it, many business owners positively assess the possibility of full substitution of imported raw products. The government of the Russian Federation is ready to invest the projects for substitution of import products. In the conditions of crediting with credit rate of 25% the construction of small and average companies will be too heavy for rising. The construction of even small processing enterprise takes much time and powers. In connection with it, one of the perspective ways of the decision of this problem is the use of module houses of small and average power. Such houses allow processing meat and fish of small amounts. In comparison with capital construction the installation of a module house demands only specific areas, supply of electrical energy, water and withdrawal of sewage. There were considered the examples of module houses with the description of equipment and constructive peculiarities in the article. There were cited the advantages and the disadvantages of the offered module houses. There were formulated the recommendations on using already existing companies
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Description
The most important physical properties that characterize the substance are density and saturated vapor pressure (SVP). These parameters are required for the development of new technical processes in the petroleum and chemical industries, design of pipelines, pumping and fuel equipment, etc. Existing methods for calculating of density near and on the saturation lines are imperfect, and finding of the analytic dependence of SVP of petroleum products from all defining parameters associated with great difficulties. The purpose of present work is an experimental research and development of methods for calculating the density (specific volume) near and on saturation lines, and saturated vapor pressure of gasoline straight-run fraction derived from petroleums from three fields: Mangyshlaksky, Trinity-Anastasevsky and West Siberian. The choice of objects for research is due to the necessity of creating methods for calculating of density and SVP of oils obtained from various hydrocarbon group composition petroleums. Area of state parameters in the present work by temperature (20 ÷ 320°C) and pressure (0,03 ÷ 30 MPa) provides the ability to research gasoline fractions to supercritical regions. Measurement of density and SVP of petroleum fractions performed with help of a specially created for this purpose experimental installation
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Description
The article describes the methods of calibration and working measurements, planning of experiment and experimental data processing, characterized objects of study and provides illustrations of research results of P-t depending for petroleum fractions. We have described the results of generalization of density (specific volume) of the examined samples in the liquid and on the saturation line and SVP in the two-phase region. The article shows that existing methods of calculation based primarily on the results of the study of the density and SVP of individual hydrocarbons and extremely limited experimental data of petroleum products. We have detected a necessity of creation calculation methods based on reliable experimental data, providing greater accuracy, substantiated choice of directions for research SVP and density of petroleum products. Modern technology of petroleum processing and using of petroleum products requires the creation of more perfect installation for the study of SVP of substances and obtaining experimental data with greater accuracy. Generalized analytic dependence of SVP of petroleum products from all determining parameters have not yet been received. Therefore, experimental determination of this pressure should be the basis of the calculation of any device, because the calculations of petroleum products by the formulas and nomograms obtained with considerable error
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ESTIMATION OF BEARING STRENGTH OF BRACES AND STRUTS OF FARMS OF COVERAGE OF 6D TYPE HOTHOUSES
DescriptionThe method of estimation of bearing strength of braces and struts of farms of coverage of hothouses is presented in the article. The deep analysis of the question of bearing strength appeared in the light of mass erection of hothouses, especially in the South Federal district, the construction of which had been bought in the countries of Near East. However, simple transfer of the constructions of hothouses made in foreign countries can not be considered as rational on the territory of the Russian Federation. The constructions of hothouses in most do not maintain exploitation even in one winter, when the considerable snow loadings are, and wind as well. The necessity of bringing of clarity for the folded situation became more obvious. Conducted successive static, dynamic and seismic analyses, executed upon the normative documents and due to the norms of supplier operating on the territory of the Russian Federation, in attachment to the real sections of bearings structural elements, allowed to expose the stated below percents of the use of the examined elements of constructions. Supporting braces of farms of coverage: on the norms of the Russian Federation, on the first maximum state percent of the use – 999 %; there is a percent of the use on the second maximum state – 999 %; on the norms of the Russian Federation taking into account loadings of supplier, on the first maximum state percent of the use – 999 %; there is a percent of the use on the second maximum state – 999 %; Stretched braces of farms of coverage: on the norms of the Russian Federation, on the first maximum state percent of the use – 64,2%; there is a percent of the use on the second maximum state – 721,8 %; on the norms of the Russian Federation taking into account loadings of supplier, on the first maximum state percent of the use – 25,8 %; there is a percent of the use on the second maximum state – 721,8%. Analysis presented allows establishing that at the load of supporting, stretched and central braces of farms of coverage of hothouses, by combinations of loadings characteristic for the place of location of hothouse of type of 6d, their bearing strength, and buildings can not be provided in general
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Description
A method is considered, on the concrete example of hothouses of type of 6D, for calculation of bearing strength of overhead and lower belts of farms of coverage. The vital necessity of deep analysis of the question of bearing strength appeared in the light of satisfied mass erection of hothouses constructions of which are bought in the countries of Near East. However, a simple transfer of constructions of hothouses made in the countries of Near East can not be successful on the territory of the Russian Federation. These constructions of hothouses can not be maintained in some conditions, according to service exploitation, like snow loadings, in other cases - wind loadings, and in third case, a construction can collapse without visible reasons. The conducted successive static, dynamic and seismic analysis, executed due to the normative documents and the norms of supplier operating on the territory of the Russian Federation, in attachment to the real sections of bearings structural elements, allowed us expose the stated below percentage of the use of the examined elements of constructions. Lower belt of farms of coverage: on the norms of the Russian Federation, on the first maximum state percent of the use – 395 %; there is a percent of the use on the second maximum state – 999 %; on the norms of the Russian Federation taking into account loadings of supplier, on the first maximum state percent of the use – 339,3 %; there is a percent of the use on the second maximum state – 999 %. Overhead belt of farms of coverage: on the norms of the Russian Federation, on the first maximum state percent of the use – 495,2%; there is a percent of the use on the second maximum state – 361,4 %; on the norms of the Russian Federation taking into account loadings of supplier, on the first maximum state percent of the use – 150,8 %; there is a percent of the use on the second maximum state – 146,2%. Analysis presented allows establishing that at the load of overhead and lower belts of farms of coverage of hothouses, by combinations of loadings characteristic for the place of location of hothouse of type of 6d, their bearing strength, and buildings in general can not be provided