WAYS OF IMPROVING WORKING BODIES OF PLANTERS FOR PRECISION AGRICULTURE

Abstract

The article is devoted to the study of the Кey role played by planters in modern practices of sustainable agriculture. Modern structural and technological solutions used in planters, such as automation, built-in sensors and artificial intelligence, and their impact on increasing productivity and optimizing crop cultivation are considered. The authors draw attention to environmental aspects, including spot seeding and the use of renewable energy sources in planters, which contribute to the conservation of resources. In addition, the prospect of introducing artificial intelligence and autonomous systems in planters to improve the efficiency and rationalization of crop cultivation processes is discussed. The Кey aspects and advantages of using seed drills in the practice of sustainable agriculture are noted. A special emphasis is placed on technological innovations, including automation, built-in sensors and the use of artificial intelligence. The potential of increasing productivity and optimizing agronomic processes to achieve a higher level of productivity with efficient use of resources is considered. The article pays special attention to the ecological aspects that can be achieved with spot seeding. The advantages of these approaches are noted, such as improving the quality of the soil, which ensures stable and sustainable cultivation of agricultural crops. Further development of the topic includes a discussion of the prospects for the use of artificial intelligence and autonomous systems in planters, which can lead to further improvements in efficiency and cost reduction. The authors of the paper highlight the Кey aspects of using seed drills as a tool to conserve biodiversity while ensuring sustainable and sustainable agriculture for future generations..