Digital transformation of the agro-industrial complex as a transition to highly efficient production

This article examines the management of urban green spaces as a key factor in the sustainable development of megacities, with a special emphasis on the experience of Krasnoyarsk, a city with a population of over one million facing complex climatic and landscape conditions. It analyzes factors influencing the city’s greening strategy and explores parks, squares, and floral compositions as elements of the urban environment. Suggestions for optimizing greening in Krasnoyarsk are put forward, highlighting its crucial role in the city’s sustainable development.

Urban green spaces as a factor in the sustainable development of megacities

Galiakberova,

Kharlamov,

Mamaeva

et al. 2024

Digital and engineering solutions for the intensive development of regional agricultural producers

Medvedeva,

Letyago

2024

The article examines the structure of agricultural production in the Tyumen region; the authors note that agrarians in the south of the Tyumen region have to work in a zone of risky farming, sharp fluctuations in temperature and precipitation. In such conditions, farmers specializing in the production of crop products have to use intensive, resource-saving and modern industrial technological solutions in the production process to increase labor productivity and output per unit of land area. The authors noted the practical implementation of digital solutions used in large agricultural enterprises. There has been a trend of active development in the region of the production area for growing fruit crops, restoring nurseries and fruit trees. In this regard, the authors propose to introduce an installation for watering and fertilizing fruit trees, which is a very relevant technological solution for farmers; calculations of the financial model of this installation are presented, which presents the main economic indicators from its implementation.

Harnessing precision agriculture technologies to enhance efficiency and yield in the agro- industrial complex

Nazarov,

Sulimin,

Shvedov

2024

Precision agriculture (PA) technologies have revolutionized farming practices, offering substantial benefits in terms of efficiency and yield optimization within the agro-industrial complex. This article explores the integration of various PA tools, including geographic information systems (GIS), global positioning systems (GPS), remote sensing, and data analytics, to enhance agricultural management practices. By leveraging these technologies, farmers can make informed decisions tailored to specific field conditions, thereby optimizing resource allocation and minimizing environmental impact. The article delves into case studies and empirical evidence demonstrating the tangible advantages of PA adoption across diverse agricultural sectors, such as crop cultivation, livestock management, and agroforestry. Furthermore, it examines the role of emerging technologies, such as unmanned aerial vehicles (UAVs) and sensor networks, in furthering the precision and scalability of agricultural operations. Key findings highlight the potential of PA to improve resource use efficiency, reduce input costs, mitigate risks associated with climate variability, and ultimately increase agricultural productivity and profitability. The synthesis of this research underscores the transformative impact of PA technologies in fostering sustainable and resilient agro-industrial systems for the future.