International Journal of Agriculture Extension and Social Development

author(s)
Ronit Ghosh, Susmita Bakshi, Parijat Bhattacharya and Sahely Kanthal

abstract
The undeniable global importance of agriculture lies in its role as a fundamental source of sustenance for humanity. Throughout history, pivotal shifts like the transition to settled farming and mechanization have significantly augmented agricultural production. The advent of the green revolution characterized by the adoption of technology and genetically modified crops, further elevated productivity, leading to a reduction in hunger and poverty. At the forefront of innovation, nanotechnology, which involves the manipulation of atoms on a minute scale, holds tremendous potential across various sectors, including agriculture. Nanoscience emerges as a beacon of hope in addressing contemporary challenges such as climate change, urbanization, resource management, and environmental concerns. Notably, nanofertilizers play a pivotal role in augmenting crop yields, diminishing reliance on chemicals, and mitigating environmental impact. Nanopesticides offer multifaceted benefits, including cost reduction and environmental protection. Nanoenabled agricultural packaging materials offer a range of significant benefits that enhance food safety, shelf life, and sustainability in the agricultural and food industries. Overall, nanoenabled agricultural packaging materials play a vital role in ensuring food security, reducing waste, and promoting sustainable agricultural practices in a rapidly evolving global food landscape. The imperative to develop a skilled workforce proficient in nanotechnology is crucial to its successful implementation. Equally important is raising public awareness, which not only spurs interest but also encourages innovation. However, its incorporation necessitates careful consideration due to potential unforeseen risks.