The article considers the possibility of using a potato harvester with an unloading device. The principle of operation of an unloading device based on a potato harvester is presented. The unloading device of the root-harvesting machine allows to prevent damage to tubers by damping the speed and lowering the height of the falling heap due to the use of the unloading gutter equipped with a lifting-lowering mechanism made of two differently inclined flat sections, on the inner surface of which, across the gutter, elastically deformable elements are fixed in the form loop absorbers. A group of authors carried out a comparative assessment of the tests of the basic model of the AVR Kolnag potato harvester Spirit 6200 and its improved experimental version with an unloading rating device. The studies were conducted on the fields of the Danko farm of the Lukhovitsky district, Moscow region in 2018 - 2019. Harvesting was carried out alternately from several fields. According to the data obtained, it was found that the level of damage to potato tubers when using the developed experimental version of the unloading device of the potato harvester is 2.1%, which is lower in comparison with the basic model of the harvester. The obtained results of field studies of the experimental unloading device confirmed the results of previous theoretical calculations and laboratory studies, including the high efficiency of the developed device compared to the serial analogue
A significant decrease in yields of field crops due to lack of moisture enhances the role of adaptive breeding. The development of varieties that combine high productivity and quality and resistance to biotic and abiotic stresses is complicated by a negative correlation between high yield and resistance to adverse conditions. Selection of effective methods for assessing the potential of productivity and resistance to stress factors allows creating varieties that provide stable high yields. We had estimated six varieties of common mustard for 10 years in contrasting weather conditions in the zone of insufficient and unstable moisture of the Azov district in the Rostov region. The necessity of taking into account the indicators of the HTC, the index of the environment and its value when conducting an objective analysis of weather conditions is revealed. The greatest stress resistance, ecological plasticity and stability of the Nika variety were established by calculating the difference between the minimum and maximum yield per year, calculating the coefficient of linear regression and the value of homeostasis. The varieties Lera, Donskaya 8, Lux bred in conditions of insufficient moisture demonstrated maximum genetic flexibility and drought resistance. The greatest breeding value was determined in varieties Donskaya 8 and Lera. These varieties are recommended to be included in further breeding work. The study of mustard varieties in contrast conditions (HTC from 0.30 to 1.53) marked their broad environmental plasticity, which makes it possible to recommend them for cultivation in different weather conditions regions
The purpose of this work is to estimate the probability of synchronization of the memory bandwidth during the initial synchronization occurrence in REB conditions, due to the time interval when the attacker did not begin to interfere
We use an adaptive management system for open systems to assess the impact of investments on the results of the Agro-industrial complex
The article considers the types of functional stability of reproduction processes in industrial fruit growing. We have substantiated the necessity of developing methodological bases for ensuring and managing the stability of reproduction processes. Methodological bases for managing the stability of reproduction processes have been developed, taking into account the specifics of industrial fruit growing as a complex organized system, consisting of biological, technogenic and economic subsystems. We have also proposed an algorithm for ensuring and managing the sustainability of reproduction processes, which is the basis for the development of digital technologies for managing the sustainability and efficiency of industrial production. The work reveals and defines factors influencing the level of sustainability and efficiency of reproductive processes, the relationship and interaction between result indicators and factor variables; it identifies emerging imbalances in the organization of reproduction processes in industrial fruit growing. Using methods of mathematical statistics, we calculated an integral indicator of the functional stability of reproductive processes and gave its semantic interpretation. It was found that the structural elements of reproduction processes are inconsistent with the actual indicators that characterize functional stability, with the normative parameters. This trend makes it necessary to develop a mechanism for managing sustainability and tools for influencing functional zones in order to bring actual indicators to the standard level. When developing tools for sustainability management, the following were clarified: management methods, process goal setting, functional load of the management object, level of organization, various restrictions (criteria) related to the specifics of technological and economic relationships and mutual influences. We have developed a mechanism for ensuring and managing the functional stability of reproduction processes in industrial fruit growing by its types, including the following stages: automated database formation; cognitive analysis of the influence of factors on the functional areas of influence by types of stability; assessment of functional stability and justification of the integral indicator; filling in, compensating for missing information, generating information data; determining the optimal parameters of functional stability; developing regulators for leveling functional imbalances in the organization of reproduction processes that ensure effective and sustainable management of industrial production
The article presents the results of studying the growth and development of repair heifers of Holstein cattle belonging to the lines Vis Back Ideal and Reflection Sovering. The feeding and maintenance conditions in both groups were the same. In accordance with the generally accepted scheme of drinking during the milk period, the heifers received 180 kg of whole milk and 400 kg of its substitution. Starting from the age of 10-15 days, the heifers were grouped into groups of 15 heads each. The live weight and average daily increments of test heifers varied differently. Linear growth and average daily gains in the experimental group were higher than in the control group. Studies have found that heifers from the experimental group in all the studied periods were superior to heifers from the control group and for the entire period, the average daily increase was 16.5 g more. The average daily increments were at the level of 747.5 and 764.0 g, the live weight by the age of the first insemination was 373.5 kg in the control group and 381.8 kg in the experimental group. Linear indicators have significant differences in height at the withers at the age of 1 insemination; depth of chest behind shoulders in 6-month age and at 1-tion insemination; oblique body length (tape) in the age of the 1st insemination; the chest girth at 12 months of age and at 1-tion insemination. The results of the study show that the cultivation of repair heifers of the Vis Back Idial and Reflection Sovering lines of the Holstein breed further contributes to an increase in the growth of dairy productivity in farms and an increase in gross milk production
To increase productivity and quality, as well as to reduce the cost of production of winter wheat in the Central irrigated zone of the Rostov region is of great importance to find the most effective methods of agricultural culture, in particular, the protection of crops from weeds. The work determines most effective herbicides for pre-germination use against annual dicotyledonous, including resistant to 2,4-D and MCPA, and some perennial root-spray weeds in the Central irrigated zone of the Rostov region. The efficiency of different terms of application of the herbicide called Ballerina on winter wheat crops in the Central irrigated zone of the Rostov region was studied. The greatest biological effectiveness of herbicides is provided by spraying winter wheat crops in the tillering phase with Ballerina herbicide with the norm of 0.3 l/ ha. We have discovered low biological effectiveness of Gerbitox herbicide against Matricaria inodora (L.), Fumaria officinalis (L.), Artemisia vulgaris (L.) and Cirsium arvense (L.). Best experience quality indicators of winter wheat grain were observed in the variant with the lowest contamination of crops when spraying in the phase of tillering a Ballerina herbicide 0.3 l/ha. The content of trash was 7.1%, nature 790 g/l, gluten content of 26.4 %, group 2 quality, and the commodity class – 3. Good quality indicators were also observed in the variant with Ballerina herbicide treatment of 0.5 l/ha in the tube exit phase. The highest level of profitability was obtained when spraying winter wheat crops in the tillering phase with Ballerina herbicide 0.3 l / ha-116%, and the lowest on the control was without treatment with herbicides - 74%
The article provides a comparative analysis of assessments of the socio-economic development of the Krasnodar region from such well-known rating agencies as Standard & Poors, Moody’s, Fitch Ratings, which belong to the United States of America. The studied ratings are compared with the ratings of the national agency of the Russian Federation called “Expert RA”. The values of the established ratings are examined, as well as number of possible reasons why the ratings of the United States of America differ from the ratings of the Russian Federation, for example, economic and political reasons, and, subsequently, how these ratings affect the investment attractiveness of the Krasnodar region. The article explains positive and negative aspects of the integrated methodology used by international rating agencies, consisting of software and expert opinion, the level of access to it for study and analysis. We study another (local) source of information on the investment attractiveness of the Krasnodar region, which is a state institution, namely the Department of Investments and Development of Small and Medium Enterprises of the Krasnodar region. Options are proposed for improving the system of analysis of statistical data through methods that are based on a clear mathematical approach to provide an adequate assessment of the region and municipalities without the influence of subjective expert opinion
The article studies the influence of the plant growth regulator of the retardant type called HEFK (AS 480 g/l of etephone) on the yield and structural elements of winter wheat of Moskovskaya 39 variety under the conditions of the OAO Veryakushi Agricultural Entreprise, located in the north-eastern part of Diveyevo region on gray forest medium loamy soil. Field studies were being carried out for three years: from 2016 to 2019. We studied different application rates of HEFK: 0.5; 1.0; 1.5; and 2.0 l / ha. The processing of winter wheat crops was performed in the phase of the beginning of exit into the tube. On average, over 3 years, the indicators of field germination of seeds and the survival rate of plants at harvest were good and amounted to 88.4-89.2% and 80.1 - 81.3%, respectively. The processing crops by HEFK in doses of 0.5 and 1.0 l / ha, showed the highest crop yield of - 4.07 and 4.12 t / ha, which exceeded the control rate by 0.29 and 0.34 t / ha, respectively. The growth regulator did not showed a significant effect on the density of the productive stem. At the same time, the treatment of HEFK crops in doses of 0.5 and 1.0 l / ha showed an increase in the spike productivity by 0.121-0.133 g due to an increase in spike grains by 3 pcs. In the variant with a HEFK use rate of 1.0 l / ha, the weight of 1000 grains increased by 0.6 g compared to the control rate. An increase in the dose of the growth regulator significantly reduced the height of wheat plants from 72.1 cm in the control group to 48.0 cm in the variant with a product application rate of 2.0 l / ha. The spike length in the variants with the application rate of HEFK of 0.5 and 1.0 l / ha was at the control level - 7.0-7.1 cm, whereas an increase in the dose of the growth regulator to 1.5-2.0 l / ha showed the decrease in the length of the spike by 0.5-0.8 cm. When using growth regulator HEFK resistance of crops to lodging varied from 4.7 till 5.0 points
This article discusses the stages of sugar beet-root breeding work, evaluation of the results of competitive tests, genetic potential productivity of hybrids, identifying productive forms of sugar beets, research techniques and production testing sugar beet hybrids, the main achievements of Pervomaiskaya FGBNU breeding and experimental station of sugar beets