The Role of Artificial Intelligence Tools in Enhancing Sustainability in Scientific Research

Abdulgader Alsharif; Asma Agaal; Abdussalam Ali Ahmed; Mohamed Khaleel; Taha Muftah Abu Ali; Karam Qasim

المؤلفون

Abdulgader Alsharif Department of Electrical and Electronic Engineering, College of Technical Sciences-Sabha, Sabha, Libya المؤلف
Asma Agaal Department of Computer Sciences, College of Technical Sciences-Sabha, Sabha, Libya المؤلف
Abdussalam Ali Ahmed Mechanical and Industrial Engineering Department, Bani Waleed University, Bani Walid, Libya المؤلف
Mohamed Khaleel Research and Development Department, College of Civil Aviation, Misrata, Libya المؤلف
Taha Muftah Abu Ali Department of Mechanical Engineering, Collage of Technical Sciences, Bani Walid, Libya المؤلف
Karam Qasim Electrical techniques of department, polytechnic colleges Mosul, Northern Technical University, 41002, Iraq المؤلف

الكلمات المفتاحية:

Artificial Intelligence Tools، Enhancing Sustainability، Scientific Research، Developing Innovative Solutions، A More Sustainable Future

الملخص

This study provides a summary of the role of artificial intelligence (AI) tools in enhancing sustainability in scientific research using a descriptive approach. AI also helps integrate various sciences to achieve sustainability. In this context, it is evident that incorporating AI tools into scientific research not only enhances the efficiency of research processes but also contributes to achieving sustainable development goals, opening new horizons for a more sustainable future. AI can analyze large datasets, processing vast amounts of environmental, social, and economic data, which helps researchers understand patterns and trends more quickly and accurately. It also improves resource efficiency by managing resources such as water and energy more effectively, predicting needs, and analyzing resource consumption, which reduces waste. Furthermore, AI tools contribute to developing sustainable solutions by innovating new technologies, such as improving energy efficiency and developing biodegradable materials, supporting the achievement of sustainability goals. Moreover, AI can be used to assess the environmental impacts of projects before implementation, facilitating sustainable decision-making and reducing environmental risks. It also enhances sustainable agriculture by analyzing crop health and guiding irrigation and fertilization, increasing productivity while reducing chemical usage. Additionally, AI applications can improve recycling processes by analyzing waste flows, thereby enhancing environmental sustainability. AI tools offer tremendous potential to enhance sustainability in scientific research by improving resource efficiency, analyzing environmental impacts, and developing innovative solutions. These applications support research aimed at achieving sustainable development goals, contributing to building a more sustainable future.