Researchers at Tyumen State University have created an advanced software tool that automatically assesses the level of pesticide residues in plants. The findings have been published in Agriculture. This breakthrough marks a significant step forward in how agricultural protection is managed, offering a precise, real-time window into residue concentrations across different plant tissues. By enabling rapid evaluation of chemical load, the tool supports more informed decisions about treatment strategies and helps ensure that monitoring aligns with current regulatory standards. Source: Tyumen State University
The team emphasizes that the technology not only lowers the total amount of pesticides used but also reduces the overall costs associated with pest management. By optimizing dose application and timing, farms can achieve the same or better crop protection with fewer chemicals, diminishing environmental footprints while maintaining yield and quality. The reduction in chemical input also translates into lower risk for farm workers and nearby communities, contributing to a healthier ecosystem around cultivation sites. Source: Tyumen State University
Beyond measuring residues, the system can determine leaf cover area in real time, providing growers with dynamic data to optimize the distribution of plant protection products. This capability enables more precise coverage, minimizes waste, and supports safer use patterns that protect non-target organisms. Real-time leaf area assessment is a critical parameter for calibrating spray nozzles, droplet sizes, and spray intervals, which collectively enhance environmental safety without compromising plant health. Source: Tyumen State University
Experts from the university also point out that excessive pesticide use disrupts the vital activities of pollinating insects and raises concerns about biosecurity across cultivation regions. By offering a clearer view of where and when chemicals are needed, the new method helps reduce spillover effects and preserves beneficial species that are essential for crop production. This aligns with broader environmental stewardship goals and supports resilient farming systems. Source: Tyumen State University
Earlier discussions identified several key environmental challenges facing Russia, underscoring the need for innovative detection and management tools in agriculture. The current work can be viewed as part of a broader effort to integrate precise measurement technologies with responsible farming practices, enabling farmers to meet ecological and economic objectives simultaneously. The dialogue around sustainable pest control continues to grow as scientific advances translate into practical applications on farms. Source: Tyumen State University
Former leadership statements from major forestry and agricultural authorities have stressed the importance of vigilant forest management and sustainable land use. The new technology from Tyumen State University complements those priorities by offering a data-driven approach to minimize agricultural pressure on natural ecosystems. In this light, the program serves as a bridge between scientific innovation and on-the-ground stewardship, helping safeguard forests, soils, and waterways while supporting productive agriculture. Source: Tyumen State University