Sustainable crop protection is an essential aspect of environmentally conscious agriculture that aims to safeguard crops while minimizing adverse effects on ecosystems. This approach emphasizes integrated pest management (IPM), combining biological, cultural, and mechanical control methods with judicious use of eco-friendly pesticides when necessary. Biodiversity promotion is a key tenet of sustainable crop protection, as diverse ecosystems can naturally regulate pest populations. Crop rotation and companion planting are practices that discourage pests and enhance soil health without relying on chemical interventions. In sustainable crop protection, the emphasis is on precision and targeted application of pesticides to reduce overall usage. This helps mitigate the development of pesticide-resistant pests and minimizes harm to non-target organisms. Utilizing organic and bio-based pesticides further contributes to the reduction of environmental impact. Agroecological principles, such as maintaining healthy soil and enhancing beneficial insect populations, play a pivotal role in sustainable crop protection. By fostering resilience in agroecosystems, farmers can achieve long-term crop health without compromising environmental integrity. Sustainable crop protection aligns with the broader goals of agroecology, emphasizing a holistic approach that considers the interconnectedness of agriculture and the environment. As the demand for sustainable farming practices grows, implementing effective crop protection strategies becomes crucial for ensuring food security while preserving the health of our planet.
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Title : Quinazolines: Green synthesis, characterization and biological activities
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Title : Green synthesis and application of a bio emulsion liquid membrane (bio elm) for wastewater pollutant extraction
Manisha Wakle, Ahmedabad University, India
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Asmaa S Morshedy, Egyptian Petroleum Research Institute, Egypt
Title : Chemistry control of peach fruit moth and agriculture high-quality development
Zhongsheng Guo, Northwest A&F University, China
Title : An explainable multi-agent AI framework for sustainable autonomous mobility and electric grid integration
Abhinav Tiwari, York University, United States