This study investigates the creation of a low-toxic chemical preparation for plant protection, utilizing local raw materials and industrial waste. By focusing on limestone and sulfur, someone could find that this research aims to provide integrated protection for crops against diseases and harmful insects. This preparation serves as a cost-effective alternative to imported fungicides and insecticides. The study examines the composition and properties of these local resources, offering insights into their potential effectiveness. Someone interested in sustainable agriculture will appreciate that results indicate using local materials can significantly reduce reliance on foreign chemicals, fostering environmentally friendly practices in Uzbekistan’s agricultural sector. The findings suggest that someone could implement these preparations to enhance crop resilience and productivity.

Development of eco-friendly plant protection chemicals using limestone and industrial waste / Turgunboev, T.. - In: AIP CONFERENCE PROCEEDINGS. - ISSN 0094-243X. - 3304:(2025). (International conference on physical research and engineering technology problems (PRETP 2024) ) [10.1063/5.0269629].

Development of eco-friendly plant protection chemicals using limestone and industrial waste

Turgunboev, Temur
2025

Abstract

This study investigates the creation of a low-toxic chemical preparation for plant protection, utilizing local raw materials and industrial waste. By focusing on limestone and sulfur, someone could find that this research aims to provide integrated protection for crops against diseases and harmful insects. This preparation serves as a cost-effective alternative to imported fungicides and insecticides. The study examines the composition and properties of these local resources, offering insights into their potential effectiveness. Someone interested in sustainable agriculture will appreciate that results indicate using local materials can significantly reduce reliance on foreign chemicals, fostering environmentally friendly practices in Uzbekistan’s agricultural sector. The findings suggest that someone could implement these preparations to enhance crop resilience and productivity.
2025
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/3012208
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