The article presents the results of studies on the influence of mineral fertilizers and basic tillage in the technology of cultivating winter barley on its agrophysical properties. Object of research - plants of winter barley cultivar called Rubezh. Soil - typical low-humus heavy-duty leached chernozems. In the experiment, the influence of two factors on the formation of the productivity of winter barley was studied. Factor A - the method of primary tillage: option 1 (A0) - dump plowing to a depth of 20-22 cm (control); option 2 (A1) - chisel for 20-22 cm; option 3 (A2) - disk peeling at 8-10 cm; option 4 (A3) - zero treatment (direct sowing). Factor (B) - fertilizer rate: option 1 (B0) - without fertilizing (control); option 2 (B1) - recommended norm N40P40 + N20; option 3 (B2) - double norm N60P60 + N40. According to the data of our experiments, the general orientation in the technology of cultivating winter barley has been revealed, during the entire growing season, the height of its plants decreases while the tension of its main processing decreases - from 89.6-90.3 cm for deep processing to 87.7 cm for surface processing and up to 73.7 cm at zero. Moreover, the type of tillage did not affect the stem of winter barley plants of the Rubezh variety. At the same time, on all tillage options, one can notice the dependence of the height and density of the stand on the dose of fertilizer application - from 80.6 cm in the control to 84.4 cm at the recommended dose of mineral fertilizers and up to 91.4 with a double. It was also noted in relation to the density of plant standing - from 335 pcs / m2 in the control to 358 pcs / m2 with the recommended dose of mineral fertilizers and up to 376 pcs / m2 with a double
The research purpose is identification and justification of the scientific team’s recognition citation-based criteria. Such parameters of the educational environment as modality, latitude, social activity, social coherence, intensity, maturity etc. are assessable on the basis of the primary information about the scientific team’s research activity results. The authors of this article prove that the data about cross-citations within a scientific team is the primary information about the scientific and pedagogical team members’ recognition of their social system (such information is obtainable from modern scientometric databases, e.g. Russian Science Citation Index). The new scientific results of this research are the identified citation-based criteria for the scientific team’s recognition. The theoretical significance of these results is the possibility of using them as a scientific basis for further research in the sociology of science and for the development of the small social systems functioning models; the practical significance is the possibility to analyze the factors for the success of scientific and pedagogical teams’ research activity (i.e. applicability for the research activity monitoring systems). The research methods are: the methods of set, relations and graph theory, the methods of qualimetry, mathematical statistics (including the scree-plot method) and linear. The research methodology is based on the sociological approach (viewing the scientific and pedagogical team as a well-established social system), the qualimetric approach (declaring the necessity for the multicriterial diagnostics of scientific and pedagogical team’s recognition) and the probabilistic and statistical approach (viewing the scientific and pedagogical team’s recognition citation-based diagnostics as a statistic measurement)
In their previous works, the authors solved the problem of cognitive-target structuring and formalization of the subject area, as well as the synthesis and verification of statistical and system-cognitive models. This work is devoted to the application of these models to solve the problem of forecasting the impact of the volume and direction of investment in agriculture on the economic component of the quality of life of the population of the region. This work is devoted to the use of previously created and verified models to solve the problem of decision-making on the volume and direction of investment in agriculture, improving the quality of life of the population of the region
In their previous works, the authors solved the problem of cognitive structuring and formalization of the subject area, as well as the synthesis and verification of system-cognitive models. This work is devoted to the problem of forecasting the impact of the nomenclature and sales volumes on the profit and profitability of a trading company
To create the collection of Syringa vulgaris L. cultivars, the Central Siberian Botanical Garden of the Siberian Branch of the Russian Academy of Sciences (CSBG SB RAS) has received from Dr. Z.I. Luchnik green cuttings of 30 cultivars of domestic and foreign selection from the collection of the Research Institute of Horticulture of Siberia named after M.A. Lisavenko, Barnaul (Federal Altai Scientific Center of Agrobiotechnology – FASCA now). Currently, the collection of Syringa vulgaris in CSBG SB RAS has 26 cultivars of 116 tested ones, most resistant to the conditions of Novosibirsk city. The base of CSBG SB RAS’ collection forms 22 cultivars got from Z. I. Luchnik. Descriptions of 3 rare of common lilac cultivars ‘Altaiyskaya rozovaja’, ‘Dafna’ and ‘Kruzhevnitsa’ by Siberian selection of the Research Institute of Horticulture of Siberia named after M.A. Lisavenko from the collection of CSBS SB RAS are given. Lilac's cultivars from the collection of the CSBG were transferred in the collections of the "Kuzbass Botanical Garden", of the Human Ecology Institute of the Russian Academy of Sciences (Kemerovo), to the Botanical Garden of Irkutsk State University, as well as to the Botanical Gardens of Greater Nansi and the University of Lorraine (France). Our introduced cultivars were planted in the Novosibirsk, Krasnoyarsk and Chaoyang (Liaoning Province, China)
The article summarizes the results of long-term cultivation of east-asian plants in the arboretum of the Gornotayezhnaya Station of the FEB RAS. For the most resistant and decorative species we have indicated: degree of winter resistance, shoot formation and perspective group. Regeneration of the vegetative mass in introduced trees and shrubs after severe damage by low temperatures depends on the spawning capacity of plants. In each species, the degree of shoot formation is its biological feature and can vary greatly in different plant species. The most east-asian species have a high or medium degree of shoot formation, good indicators of winter resistance and of generative development (bloom, fruiting). The tested east-asian species of plants are characterized by high adaptive potential, which makes it possible to recommend them to a wide culture in the southern Primorye. The purpose of the study is to evaluate the introduction stability of east-asian plants in the conditions of the southern Primorye. Тhe method of the integral assessment of the viability and perspective of introduction on the basis of visual observations, developed in the department of dendrology of the GBS, P.I. Lapin and S.V. Sidneva, was used to determine the perspective groups of the introduced species
The study was carried out with the financial support of the RHNF as part of the research project of the RHF RFBR 17-02-00475а "Application of metaheuristic algorithms for solving direct and inverse problems of optimizing the management of spatially distributed complexes"). The article discusses the use of artificial neural networks in frame expert systems, which in some cases make it possible to bypass a number of limitations of the standard version of frame expert systems. Several options for using neural networks in frame expert systems were considered and a number of tasks to be solved for each
We have performed a comparative estimation of three coccidiostats when experimental eimeriosis of chickens, infected with a coccidia field isolate from poultry production sites. Chickens performance treated with robenza, chicocin and monenza was almost the same. The anti-coccidiosis index was also the same in all three groups, not exceeding 160, which indicates the low sensitivity of coccidiosis agent to all studied drugs. An ionophore antibiotic (chicocin), a synthetic anti-coccidia drug (robenz) and a complex (monenza) consisting of an ionophore antibiotic and a synthetic anti-coccidia drug can be used in this poultry complex for the prevention of coccidiosis for a short time. But there is a need for constant monitoring and selection of new combinations, as partial resistance of coccidia to drugs can be transmitted genetically and will only increase over time, making coccidiostats ineffective
In the experiment, the effect of the use of an intelligent spreader on increasing the efficiency of nitrogen fertilizers used to feed winter wheat in ordinary chernozem was studied. The studies were carried out in the production conditions of land use by AO SHP Kolos in the Kochubeyevsky district. In this article, we examined the effect of a sprayer (Amazone UG 3000 Nova) and an intelligent mineral fertilizer spreader (Amazon ZA - TS - 4200) using touch sensors to determine the NDVI development index on the efficiency of nitrogen fertilizing winter wheat. Based on the experiments, it was found that, on average, over the two years of the study, the largest increase in the yield of winter wheat grains was noted in the variant with the introduction of ammonia nitrate in the first and second fertilizers using the intelligent fertilizer spreader Amazon ZA - TS - 4200 according to the NDVI - 6.53 t / ha. The highest structural indices of winter wheat grain yield were also noted in the variant with the introduction of ammonium nitrate in the first and second fertilizers using the Amazon ZA - TS - 4200 intelligent fertilizer spreader according to the NDVI index. So, the height of plants increased by 16.3 cm, the number of productive stems per 1 m2 by 37 pcs. The number of grains in the ear - by 5 pcs., The weight of 1000 grains - 0.8 g. According to the results of the experiments, it was established that in the conditions of land use by JSC "Agricultural Enterprise" Kolos "of the Kochubeyevsky District of the Stavropol Territory when planning the harvest of winter wheat - 6.5 tons / ha, it is advisable to use in the first and second top dressing of ammonium nitrate with a dose of 150 kg / ha, using the Amazon ZA - TS - 4200 intelligent fertilizer spreader according to the NDVI index
The article is devoted to the current problem of differential diagnosis of diseases of viral etiology in small pets. Viral diseases of dogs and cats are widely distributed among both pedigree and non-pedigree animals. The spread of diseases is facilitated by the increase in the number of small pets, the popularization of pet maintenance, cross-border operations associated with the movement of animals. The importance of express methods in laboratory diagnostics of infectious diseases is considered. Reducing the time of diagnosis contributes to the effectiveness of therapeutic and anti-epizootic measures. The place of infectious hepatitis of carnivores in the structure of morbidity of dogs is analyzed. The article describes the research in determining the optimal systems for the cultivation and subsequent isolation of the infectious canine hepatitis virus in high titers. If viral biomass needs to be increased, the choice of a cultivation system for maximum harvest is of paramount importance. The authors propose a method of obtaining and purification of viral antigens to use them for preparation of diagnostic kits. The release of the isolated fraction of ballast substances, which provides rapid response and strong binding to specific immunoglobulins is essential for the preparation of antigenic drugs. It is important to obtain antigens with a high degree of purification to get reliable results in the formulation of serological reactions