Large-scale restoration of ecosystems using modern technologies is an urgent task, climate change processes have accelerated, and systemic approaches are required to ensure green growth of flora and biodiversity. Sustainable and healthy ecosystems are natural carbon stores and sinks and a tool for adaptation to climate change. Existing solutions for ecosystem development need to be integrated with scientific and innovative IT solutions.
AgroTech team has extensive experience in implementing grant and program-targeted financing projects in the field of digitalization of the agro-industrial complex.
Designed for monitoring, control and management of a fleet of vehicles with the aim of performing logistic tasks, reducing fuel consumption at enterprises, reducing carbon dioxide emissions, etc.
Allows you to monitor the weather conditions at a specific facility all year round in real time from anywhere in the world. Helps to effectively plan agricultural operations, prevent the development of plant diseases and the development of pests.
Allows you to monitor the level and quality of water in rivers in real time.
Allows you to control the situation with illegal deforestation.
The main purpose of the system is collection, operational and long-term storage of data on the radiation situation. Construction of time graphs of the radiation situation for the local point where the measurement will take place. Radiation background excess alarm.
It was carried out in 2016-2018 under the leadership of S. Baizakov. The results of the work were three new technologies of forest growing, ensuring a high survival rate of forest plantations. On their basis, 3 innovative patents of the Republic of Kazakhstan were obtained and 1 monograph was published.
Completed on the instructions of the Ministry of Agriculture of the Republic of Kazakhstan in 2015-2017 under the leadership of B.T. Mambetov. It is proved that under the protection of saxaul plantations of certain parameters, the quantitative and qualitative composition of the grass stand increases, wind erosion stops altogether, and soil-forming processes improve.
“Grant funding for scientific research of the Ministry of Education and Science of the Republic of Kazakhstan, 2015-2017. The dendrochronological studies carried out made it possible to determine the climatic changes in the southeast of Kazakhstan over the past 200 years, determined the wet and dry years. The work was carried out jointly with the laboratory of dendrochronology of the Institute of Meteorology of the People’s Republic of China.
Completed on the instructions of the Ministry of Agriculture of the Republic of Kazakhstan, 215-2017. Head Mambetov B. Works were carried out to analyze greening works in three large cities of Kazakhstan (Nur-Sultan, Almaty, Atyrau), as well as a socio-economic assessment of the effectiveness of greening these large cities. Thus, in Nur-Sultan, after the creation of the green zone, wind activity in the city decreased by 20-25%, the temperature in urban conditions increased by 1-2 degrees, and the socio-economic situation in other studied cities improved.
Grant financing of scientific research of the Ministry of Education and Science of the Republic of Kazakhstan, 2018-2020 Head Mambetov B. According to the results of the work, it was proved that in desert conditions, the combined use of moisture-absorbing substances and biostimulants, growth by 20% increased the survival rate of seedlings. The technology of processing seedlings with different compositions has been developed.