Analysis of the digitalization efficiency in agricultural complex in the Republic of Tatarstan

Krupina, Gulnara Dzhaudatovna; Safiullin, Niyaz; Kudryavtseva, Svetlana S.; Savushkina, Louisa Nizamovna; Kurakova, Chulpan Malikovna

doi:10.1051/bioconf/20201700230

Cited by 10 publications

(8 citation statements)

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“…Based on the studied scientific literature, we have identified the following concept of digital phytosanitary monitoring of agricultural crops [2][3][4].…”

Section: Literature Reviewmentioning

confidence: 99%

Features of digital phytosanitary monitoring of agricultural crops

Mironkina

Kharitonov

2022

IOP Conf. Ser.: Earth Environ. Sci.

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The subject of the study is digital phytosanitary monitoring of agricultural crops. The object of the study is agricultural crops of the Russian Federation. The following main research methods are used: monographic method; method of analysis and synthesis; method of observation; method of comparison; method of expert assessments. As a result of the scientific research, the following result was obtained. The concept and essence of digital phytosanitary monitoring of agricultural crops are considered. We have determined that digital phytosanitary monitoring of agricultural crops is understood as a high-tech process that includes monitoring the state of growth and development of plants in order to protect them from harmful organisms and the influence of environmental factors. Three options for conducting phytosanitary monitoring of agricultural crops in the Russian Federation are considered: the use of satellite systems; the use of aviation equipment; the use of sensors and devices of agricultural machinery. The differences between digital phytosanitary monitoring of crops and the traditional method are determined by the following five characteristics: the time of monitoring; access to information; the possibility of physical damage to the studied plants; spatial and temporal analysis of vast, remote territories and interaction with each other; obtaining final results.

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“…Based on the studied scientific literature, we have identified the following concept of digital phytosanitary monitoring of agricultural crops [2][3][4].…”

Section: Literature Reviewmentioning

confidence: 99%

Features of digital phytosanitary monitoring of agricultural crops

Mironkina

Kharitonov

2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…All digital technologies for agriculture and related industries can be combined into groups: 1) big data is a whole range of different tools, approaches and methods of working with information that allow solving several global problems; 2) blockchain technologies: for monitoring and maintaining databases of transactions with land resources in agriculture [14]; 3) digitization of production (robotics, "smart" technologies, agricultural machinery with artificial intelligence, well-equipped satellites and drones, point irrigation systems, etc.) [2].…”

Section: Introductionmentioning

confidence: 99%

Complex development of a digital platform of the agricultural economy

et al. 2021

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This paper describes the key points in the development of a digital platform for the agrarian economy of Russia. The main problems of transition of the Russian economy to a digital format of work, development, expansion of digital literacy, ways of solving the problems of digitalization of agricultural production are revealed. The creation of complex digital models of production processes in agriculture will increase the productivity of the business of agricultural producers. This requires generally valid agricultural production management systems with hundreds of parameters and analysis of big data, which includes the formation and algorithmization of management: equipment, devices, things, processes, money supply. Each platform is built on the management of the processes of crop production, livestock production, logistics of supply and sale. The basis of the digital platform which is being created as a knowledge platform that reflects the availability of professional staff in creating the necessary programs and providing farms with new IT opportunities to increase productivity. Thus, according to our research, improvement of digital infrastructure can be attributed to the main directions of development of digital technologies in the agricultural sector; updating the human resources of citizens by reducing the digital divide; orientation towards the use of domestic scientific and technical developments; development of domestic technologies correlated with scientific developments. A comprehensive scientific and technical program should also include a training system for the development and functioning of digital agriculture, and this requires the modernization of the entire educational process in agricultural educational institutions.

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“…Modern researchers consider digital technologies as an integral part of the agricultural sector in the near future: rom decision support systems for crop planning to irrigation automation, digital modelling and yield forecasting [3]. The main considerations in support of the digitalization of agricultural production are the need to solve the following topical problems associated with Russia's lagging behind the advanced countries of the world [4][5]:…”

Section: Introductionmentioning

confidence: 99%

“…• Reduction of labour intensity and increase in agricultural productivity [4][5]; • Reduction of harmful effects on the environment [4][5];…”

Section: Introductionmentioning

confidence: 99%

“…• Reduction of the dependence on the human factor in agriculture and yield deviation [4][5]. It should also be noted that agriculture is a dynamic system, infl uenced by many factors, so, for the effective cultivation of crops during the growing season, it is necessary to make more than 40 different organizational and managerial decisions regarding the choice of varieties and hybrids, a type, a dose and a technique of fertilizer application, the appropriateness of the main tillage, the rate of seeding, measures to protect crops and harvesting.…”

Section: Introductionmentioning

confidence: 99%

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Program for the rational choice of highly cost-effective adaptive technology of grain cultivation for various conditions of the European part of the Russian Federation

Gostev¹,

Alexey²,

Liudmila³

2020

J Appl Eng Science

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Currently, a promising area of agricultural development in Russia and in the world is the development of software for digitalization of agriculture. Based on the analysis of regional scientifi c researches on the use of the most effective combinations of resource-saving agricultural techniques in grain cultivation technologies, a software application has been developed; it allows users to automatically generate individualized adaptive agricultural techniques for cultivating 12 crops for 8 regions of the European part of the Russian Federation, based on the entered values of key indicators of agricultural landscape. The work consistently addresses the issues of the need for digitalization of agriculture, describes the results of ongoing research on this topic, outlines the directions for further research on such developments, and, based on authors' research presents the stage-by-stage process of developing and testing application software. As a result of the research, a fi nished product was created and tested i.e. a computer program that solves not only the problem of increasing the effi ciency of grain cultivation, but also ensuring the environmental orientation of the technologies due to the effi cient use of fertilizers, fuel and chemical plant protection products, choice of the optimal variety or hybrid of crops, and used farming equipment, based on import substitution and calculation of the chosen agrotechnology cost-effectiveness, which is extremely important and relevant at present. The proposed software package consists of a client-server application for personal computers, a Web application, a mobile application for smartphones based on the Android operating system, two databases (for personal computers and for the online version of the application).

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Analysis of the digitalization efficiency in agricultural complex in the Republic of Tatarstan

Cited by 10 publications

References 1 publication

Features of digital phytosanitary monitoring of agricultural crops

Features of digital phytosanitary monitoring of agricultural crops

Complex development of a digital platform of the agricultural economy

Program for the rational choice of highly cost-effective adaptive technology of grain cultivation for various conditions of the European part of the Russian Federation

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