Name of the competition within which the project is being implemented: Competition for program-targeted funding for scientific, scientific and technical programs for 2021-2023 (MES RK)
A strategically important state task, for which a program has been developed (priority direction): Information, telecommunication and space technologies. Specialized scientific direction: Information, telecommunication and space technologies, High-performance computing technologies, Geoinformation technologies and systems
The place of implementation of the program: East Kazakhstan region, Ust-Kamenogorsk, Glubokovsky and Borodulikhinsky district, Devyatka village, Pavlodar region, Pavlodar district, Olginka village.
Estimated start and end date of the program: 01.05.2021 - 31.12.2023. Duration - 32 months.
The applicant organization of the program: NPJSC "D. Serikbayev East Kazakhstan Technical University". Performers of the program: NPJSC "D. Serikbayev East Kazakhstan Technical University", Farm "Ernar" (Devyatka village), LLP “PE “MAYAK" (Olginka village).
Scientific director of the project:
Doctor of Biological Sciences,
Professor Zhasulan K. Shaimardanov
Project summary
The purpose of the program - create a scientifically based technological scheme of geoinformation support (GIS) for effective interaction of elements of the precision farming system in Kazakhstan, including the use of nanopreparations based on fullerenols. The experience of leading countries with a developed agricultural sector shows that the informatization of production, operation, management and services in agriculture, when digital technologies are introduced into this sphere, transforms the model of agricultural products turnover, stimulates the development of electronic trade in agricultural products, accelerates the demonstration and dissemination of digital technical achievements in agriculture, contributes to the economic development of rural areas. Taking into account the current state of functioning of domestic agriculture and the acceleration of the processes of changing the external and internal environment, the digital transformation of agricultural production is especially relevant, since it is a significant source for ensuring significant economic growth. This program is aimed at introducing IT technologies into the agro-industrial complex by integrating database management systems into the decision-making process in agriculture.
The purpose of the program:
The purpose of the program is to create a scientifically based technological scheme of geoinformation support (GIS) for effective interaction of elements of the precision farming system in Kazakhstan, including the use of nanopreparations based on fullerenols. The program is aimed at introducing IT technologies into the agro-industrial complex by integrating database management systems into the decision-making process in agriculture.
Program objectives
Main tasks:
- to analyze and evaluate the effectiveness of the use of currently developed individual elements of the precision farming system in the direction of increasing crop yields;
- to carry out a remote study of the potential of agricultural land (on the example of experimental farms) based on satellite imagery and from unmanned aerial vehicles (UAV), followed by the creation of digital maps and models of the studied territory;
- to perform an agrochemical assessment of the state of soils in the region (on the example of experimental farms) in order to identify problems of organizing and providing a complex of soil surveys for the reasonable conduct of further agrotechnical and land management measures;
- to explore the possibility of physical-technical means when using new software and hardware for efficient management of digital agriculture (detection of inhomogeneities of the field and run the differential coordinates of techniques to optimize the growth conditions of crops);
- to develop scientific and methodological basis of the use of elements of precision agriculture and information systems for the study and control indicators for improving productivity using satellite technology and remote sensing data in the context of Kazakhstan;
- to develop nanopreparations with a complex of useful functions based on fullerenes for processing crops in order to ensure a significant increase in the efficiency and manageability of agricultural production.
Foreign scientists participating in the project:
Evgeny Levin - PhD, Associate Professor of Michigan Technological University, USA. Research interests: geomatics, geospatial big data, cartography, photogrammetry, remote sensing. Advisory Board Member of the Research Institute of Earth, Planetary and Space Sciences and the Great Lakes Sciences Center. The Hirsch index is 51 based on Scopus. The role in the project is to coordinate research on the development and testing of a software product operating in cloud computing technology, integrating Earth remote sensing data within the framework of machine learning and artificial intelligence methods, managing the integration of an information collection system using UAV and Earth Observation Systems in a geoinformation system to support smart agriculture, preparing and publishing joint scientific articles in publications included in the Q1-Q3 quartiles in the Web of Science database.
Alexander Blokhin - Doctor of Technical Sciences, Professor of Saint Petersburg State Institute of Technology. The Hirsch index is 7 based on Scopus. Role - conducting research on heterogeneous-catalytic synthesis of water-soluble derivatives of light fullerenes C60 and C70 (fullerenols, carboxylic acid esters, adducts with amino acids), studying and modeling triple isothermal solubility diagrams: water-soluble derivatives of fullerenes - salts of transitional (d, 4–f, 5-f) elements - water, developing a semi-empirical solubility model and association of nanoclusters in binary systems (VD-AS ) and models of solubility of nanoclusters in solutions of strong electrolytes - salts of transition (d, 4-f, 5-f) elements. Preparation and publication of joint scientific articles in peer-reviewed publications included in the Q1-Q3 quartiles in the Web of Science database.
 |
| Certificate of accreditation of program executors NJSC "VKTU named after D. Serikbayev" |
