Artificial intelligence is used to improve agriculture by predicting the weather, monitoring soil health, and managing water more efficiently. Artificial intelligence systems can help farmers determine the best time to plant and harvest, increasing productivity and reducing waste. Artificial intelligence also contributes to the effective monitoring and management of natural resources, such as tracking land use, monitoring forest degradation and protecting biodiversity. By analyzing big data, artificial intelligence can provide solutions to exploit these resources in a way that preserves the environment. Artificial intelligence also supports the development and use of renewable energies such as solar and wind energy. It is used in optimizing energy storage and distribution as well as in improving the efficiency of smart grids that help reduce dependence on fossil fuels. Artificial intelligence helps predict natural disasters such as earthquakes and hurricanes with higher accuracy, enabling authorities to prepare for and mitigate the effects of these disasters. Also, it contributes to the improvement of rescue and relief operations by quickly and accurately analyzing data. Cities benefit from artificial intelligence to become more sustainable, by improving traffic and public transport management, reducing congestion, and improving air quality. It also contributes to enhancing the efficiency of public services such as waste management and water conservation. Artificial intelligence enhances healthcare by improving disease diagnosis and delivering targeted and personalized treatments. It also contributes to the monitoring and analysis of the spread of diseases, thereby supporting global efforts to combat epidemics.