In the context of the global shift towards sustainable agriculture, innovative technologies play a pivotal role in enhancing environmental management and productivity. This paper explores the integration of nanotechnology and radiometric sensing techniques to optimize agricultural practices, reduce environmental impacts, and promote longterm sustainability. By harnessing the power of nanomaterials and advanced sensors, we can achieve more precise soil analysis, water management, and crop health monitoring, addressing key challenges in modern agriculture. Nanotechnology offers solutions for enhancing soil nutrient delivery, improving crop resistance to climate stress, and fostering efficient use of water resources. Meanwhile, radiometric sensors, including those based on gamma-ray and other radiometric techniques, provide realtime, non-invasive methods to assess soil quality, monitor contaminants, and track the effectiveness of sustainable practices. These technologies enable farmers to make data-driven decisions, improving yield while minimizing resource consumption and ecological footprints. This article will highlight practical applications of these technologies in the context of green agriculture, offering insights into their potential for advancing sustainable development goals. By focusing on interdisciplinary collaboration and embracing innovation, this approach aims to empower stakeholders and foster a greener, more resilient agricultural future. This title and abstract reflect your focus on nanotechnology and radiometric sensors while tying them directly to sustainable agricultural practices, making it relevant to the conference themes.
Davoodi et al. (Wed,) studied this question.