Enhancing Drought Stress Resilience in Plants Based on Green Nanotechnology

The emergence of green nanotechnology offers a novel era of advancements in the agriculture sector. It delves into the serious concerns of drought stress in plants, deciphering the concealed molecular and genetic mechanisms for plant resilience. The fundamental principles of green nanotechnology, in conjunction with its recent advancements in the agriculture sector, demonstrate the significance of nanoparticles in enhancing the drought resistance of crops and soil moisture retention, which is supported by documented case studies that feature economic and environmental advantages. The synergistic use of biogenic nanoparticles in soil and nutrient management presents promising opportunities for reducing drought effects and enhancing plant robustness. In conclusion, the chapter underscores the crucial role of green nanotechnology in promoting sustainable agriculture for the future. It espouses policy implications and emphasizes the imperative for global collaboration in nanotechnology research for agriculture. This chapter outlines the potential of green nanotechnology as a beacon of hope toward a more sustainable and resilient agricultural paradigm.