Dear Colleagues,

Nanotechnology may promote plant production by improving nutrient absorption and utilisation efficiency via nanoformulations of fertilisers and agrochemicals for plant enhancement, disease detection and treatment, and the monitoring of host–parasite interactions at the molecular level using nanosensors. Nano-agrochemicals can be used to precisely reduce an amount of chemicals via controlled or slow-release smart delivery methods. This Special Issue aims to inform readers about the latest applications of organic and inorganic NMs for crop growth and sustainable agriculture. The potential applications of nanopesticides, nanofertilisers, nanosensors, and nanoformulations for increasing agricultural yields, detecting environmental contaminants, and enabling soil cleaning are evaluated in terms of their beneficial impacts on plant growth. Sustained release and nanoscale delivery systems are among the top technologies for modern agriculture. Farmers and industrial employees are typically unwilling to participate in this business due to pricey product investments and mediocre cost benefits. However, while these technologies may not be commercially viable, the current state of agriculture cannot keep up with the ever-changing demands of food distribution and production, necessitating urgent change. Moreover, it is uncertain how NMs influence human health, safety, and the environment. Prior to applying NPs in fields, a comprehensive analysis of the physical and chemical features of the soil is essential to mitigate any potential hazards. Research on toxins that pose risks to humans and the environment may enhance our understanding of the complex connections between the agroecosystem, nanoscale agrochemicals, exposure levels, and individuals. The potential use of nanoscale agrochemicals in agriculture, such as nanopesticides, nanosensors, and nanoformulations, has altered traditional agricultural techniques, making them more effective and sustainable.

Dr. Kamel A. Abd-Elsalam
Dr. Aniket Krishnarao Gade
Guest Editors

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• nanoparticles as active ingredients
• nanofertilisers
• nanobiofertilisers
• nano- and bioencapsulation
• nanopesticides
• nanoinsecticides
• nanofungicides
• nanoherbicides
• nanodelivery system
• slow release
• nanosensors
• antibiofilm agents
• nanotoxicity