The increasing need to ensure global food security and promote sustainable agricultural practices has necessitated the development of alternative approaches to the environmental problems caused by the use of traditional mineral fertilizers. This review article, prepared within this context, comprehensively examines the...
The overreliance on conventional chemical fertilizers to meet global food demand has resulted in severe environmental consequences, including nutrient leaching, greenhouse gas emissions, soil degradation, and eutrophication of aquatic ecosystems. In response, nanotechnology has emerged as a transformative tool for agri...
The agricultural sector is facing greater challenges than ever to increase crop productivity while reducing chemical use and environmental impacts. By incorporating targeted pathogen suppression with controlled nutrient release mechanisms, nanostructured antimicrobial fertilizers can address these complex challenges. T...
The zinc oxide, magnesium oxide, and iron oxide nanoparticles synthesised from biogenic methods help to enhancethe crop yield and nutrient use efficiency. The organic coronas produced by the green synthesis methods, suchasplant extracts, agro-waste products, and microorganisms, reduce phytotoxicity and influence the di...
Ensuring high crop productivity while reducing nutrient losses and environmental impacts remains a central challenge of modern fertilization strategies. Controlled-release fertilizers (CRFs) have emerged as a key tool to synchronize nutrient availability with plant demand by embedding soluble nutrient sources within co...
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